Lincoln V2501 50'' Digital Countertop Impinger Conveyorized Ventless Electric Oven with Push-Button Controls - 6 kW
Free Lift Gate Delivery on large units Included to get unit off the truck only. Digital controls are located on the lower front and offer the ability to control temperature. These units are stackable up to two high. The control and blower fuses are conveniently located on the control box side for simple maintenance.


Lincolnâs Impinger Conveyor Oven â Now VENTLESS
Impinger technology has only gotten better since then, and now, Lincoln, the company that pioneered impinger technology, is offering a Ventless Impinger II Express (1100 Series) Oven. Traditional conveyor ovens use radiant heat only. Adding impinger air jets keeps hot air in contact with food surfaces at all times.


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Be the first to review this product! 1  Ventless electric conveyor oven - The original pizza impinger. 2  Digital control with reversible belt and 4 preset menu buttons. 3  208V. 16W x 50L belt.  2 sets of distribution fingers below belt and 2 above the 1  belt. Ventless with internal catalytic converter.  50W x 31-1/4D x 18H.


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Sign in or go to checkout. Be the first to review this product! Ventless electric conveyor oven - The original pizza impinger. Digital control with reversible belt and 4 preset menu buttons. 208V. 16W x 50L belt. 2 sets of distribution fingers below belt and 2 above the belt. Ventless with internal catalytic converter. 50W x 31-1/4D x 18H. 1-year parts and labor warranty.


Lincoln Impinger II Express 1100 Series Ventless Ovens
Lincoln Impinger II Ventless 1100 Series Specifications. The Impinger II Ventless 1100 Series Oven is the new Ventless oven designed for applications where demand is high and floor space is limited. This new model adds a catalytic converter and UL710B certification for ventless installations, saving money and time during installation.


ear and hearing disorders
external otitis. also called swimmers ear; infection or inflammation of the lining of the external canal; infection is often caused by staphylococci or streptococci; treatment with antibiotics and corticosteroids, pain treated with aspirin & codeine.


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A combination of both is also seen as a mixed hearing loss. Each is discussed below. HEARING LOSS TYPES. Conductive Hearing Loss. Conductive hearing loss is caused by any condition or disease that impedes the conveyance of sound in its mechanical form through the middle ear cavity to the inner ear.


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Generally, the cause of conductive hearing loss can be identified and treated resulting in a complete or partial improvement in hearing. Following the completion of medical treatment for cause of the conductive hearing loss, hearing aids are effective in correcting the remaining hearing loss.


ear and hearing disorders
usually develops with colds; edema leads to blockage of eustachian tubes, fluid accumulates in middle ear causing painful pressure on the tympanic membrane; if left untreated the tympanic membrane may rupture causing susequent hearing loss; accompaied by fever and headache; more common in children than adults.


Deafness (Hearing Loss) in Dogs
1 Neurologic or sensorineural deafness is caused by abnormalities of the inner ear, auditory nerve or in the brain itself. 2  Inherited deafness, drug toxicity and age-related deafness are diseases causing sensorineural deafness. 3  Deafness can be unilateral (affecting one ear) or bilateral (affecting both ears).


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So, in addition to some irreversible hearing loss caused by an inner ear or auditory nerve disorder, there is also a dysfunction of the middle ear mechanism that makes the hearing worse than the sensorineural loss alone.


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A conductive hearing loss can be the result of a blockage in the external ear canal or can be caused by any disorder that unfavorably effects the middle ear's ability to transmit the mechanical energy to the stapes footplate.


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Sensorineural Hearing Loss. The second type of hearing loss is called sensorineural hearing loss. This word can be divided into its two components-sensory and neural-to allow us more clarity in specifying the type of hearing loss.


Best laptops with SSD 2017: Best cheapest laptop with SSD drive under 500 dollars â why buy a laptop with SSD drive
Best laptop with SSD in 2017: Affordable high performance laptops with SSD â cheap laptops with ssd under 500. A laptop with SSD can be bought under 500 dollars but the ones offering total package cost a bit more. No worries as we will help you find cheap laptops with SSD in 2017.


Solid-State Drives Versus Hard-Disk Drives in Laptops
In spite of price drops, SSDs cost $400 to $500 more than ordinary hard drives of the same capacity. To justify the price difference, SSD notebooks must demonstrate significant performance benefits over notebooks equipped with standard hard drives.


SSDs
Unsure what the differences are between a traditional Hard Drive and a solid state drive? Confused at what M.2, PCIe/ACI, mSATA or NVMe means? Watch our Newegg DIY Garage video to learn more about the available storage options for your desktop or laptop computer.


Solid-state drive
A flash-based SSD typically use a small amount of DRAM as a volatile cache, similar to the buffers in hard disk drives. A directory of block placement and wear leveling data is also kept in the cache while the drive is operating.


SSDs
Despite serving many of the same purposes, there is a vast difference between solid state drives and other types of hard drives. A typical hard drive is comprised of moving parts that respond to magnetics and optical media, whereas an SSD is, well, solid.


Solid-State Drives Versus Hard-Disk Drives in Laptops
The idea of using flash-based storage in a notebook isn't new. Nevertheless, the high cost of flash has prevented it from replacing hard-disk drives on mainstream notebook PCs, despite some advantages in power consumption, shock resistance, and speed--until now.


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Gwendolyn Name Meaning & Origin. Gwendolyn. Origin of the name Gwendolyn: English variant of the Welsh Gwendolen (fair-browed), a compound name composed of the elements gwen, gwyn (white, fair, blessed) and dolen (brows, eyebrows). From A World of Baby Names by Teresa Norman. Gwen, Gwendolen, Wendolyn, Wendy.


Katrina
People with this name have a deep inner desire to inspire others in a higher cause, and to share their own strongly held views on spiritual matters. People with this name tend to be idealistic, highly immaginative, intuitive, and spiritual. They seek after spiritual truth and often find it.


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In the U.S. in 2015, it ranked 746 in baby name popularity for girls with 374 occurrences. Less than 5 boys were given the name. In contrast, the year before it ranked 959 in baby name popularity for girls with 278 occurrences. Less than 5 boys were given the name.


Gwen Meaning
The name Gwen is of Welsh origin. The meaning of Gwen is white, fair, blessed, holy. Gwen is used as both a boys and girls name. It consists of 4 letters and 1 syllable and is pronounced Gwen.


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Origin of the name Gwendolyn: English variant of the Welsh Gwendolen (fair-browed), a compound name composed of the elements gwen, gwyn (white, fair, blessed) and dolen (brows, eyebrows). From A World of Baby Names by Teresa Norman.Buy the book. Gwendolyn, Wendelin.


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Name Meanings > Meaning of England Names > What does Gwendolyn mean? In English, the name Gwendolyn means - fair haired. Other origins for the name Gwendolyn include - English, Welsh.The name Gwendolyn is most often used as a girl name or female name. English Name Meaning - fair haired.


Find the perfect name with our expert baby name toolsâFree!
Personal experiences with the name Wendolyn: | Edit. My daughter's middle name (first name Jean), chosen for its initial, its meter and its uniqueness, as well as the possibility of being shortened to Wendy, a well-known wonderful and bright child in literature.


Find the perfect name with our expert baby name toolsâFree!
Wendolyn Name Meaning & Origin. Wendolyn. Origin of the name Gwendolyn: English variant of the Welsh Gwendolen (fair-browed), a compound name composed of the elements gwen, gwyn (white, fair, blessed) and dolen (brows, eyebrows). Related Names:


Gwendolyn
This article is about the name. For the singer, see Gwendolyn (singer). Gwendolyn is a feminine given name, a variant spelling of Gwendolen (perhaps influenced by names such as Carolyn, Evelyn and Marilyn). This has been the most popular spelling in the United States.


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Reactions and compounds. New substances are formed by chemical reactions. When elements react together to form compounds their atoms join to other atoms using chemical bonds. For example, iron and sulfur react together to form a compound called iron sulfide.Mixture of iron (grey) and sulfur (yellow) powders.Compounds usually have different properties from the elements they contain.hen elements react together to form compounds their atoms join to other atoms using chemical bonds. For example, iron and sulfur react together to form a compound called iron sulfide. Mixture of iron (grey) and sulfur (yellow) powders. Compounds usually have different properties from the elements they contain.


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When elements react, their atoms join with other atoms to form compounds [compound: A compound is a substance formed by the chemical union (involving bond formation) of two or more elements. ] . Chemical bonds form when this happens, which involves atoms transferring or sharing electrons.hen elements react together to form compounds their atoms join to other atoms using chemical bonds. For example, iron and sulfur react together to form a compound called iron sulfide. Mixture of iron (grey) and sulfur (yellow) powders. Compounds usually have different properties from the elements they contain.


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Atoms of different elements can join together in chemical reactions to form compounds. For example hydrogen and oxygen are elements. They react together to form water, a compound. There are countless different ways for the elements to join together, and millions of compounds are known.he atoms in a compound are chemically joined together by strong forces called bonds. You can only separate the elements in a compound using another chemical reaction. Separation methods like filtration and distillation will not do this. Compounds form when atoms join together in a chemical reaction. 1  Page. 2  1.


How are compounds formed?
Rating Newest Oldest. Best Answer: Compounds are formed from simpler substances by chemical reaction. Some compounds can be formed directly from their constituent elements, e.g., water from hydrogen and oxygen: 2H2 + O2 â 2H2O.ating Newest Oldest. Best Answer: Compounds are formed from simpler substances by chemical reaction. Some compounds can be formed directly from their constituent elements, e.g., water from hydrogen and oxygen: 2H2 + O2 â 2H2O.


Chemical substance
A chemical substance is a form of matter that has constant chemical composition and characteristic properties. It cannot be separated into components by physical separation methods, i.e., without breaking chemical bonds. Chemical substances can be chemical elements, chemical compounds, ions or alloys. chemical compound can be either atoms bonded together in molecules or crystals in which atoms, molecules or ions form a crystalline lattice. Compounds based primarily on carbon and hydrogen atoms are called organic compounds, and all others are called inorganic compounds.


Chemical compound
A chemical compound is a chemical formed from atoms of different chemical elements.The different atoms are joined by chemical bonds. The elements stick together so strongly that the compound behaves like one substance. The chemical that is made depends upon what atoms it is made of and how they are joined together. chemical compound is a chemical formed from atoms of different chemical elements.


Chemical compound
A chemical element bonded to an identical chemical element is not a chemical compound since only one element, not two different elements, is involved.Examples are the diatomic molecule hydrogen (H 2) and the polyatomic molecule sulfur (S 8). chemical element bonded to an identical chemical element is not a chemical compound since only one element, not two different elements, is involved.


How are Compounds Formed?
The formation of compounds. Most elements form compounds. For example: A reaction between sodium and chlorine gives the compound sodium chloride (salt) quite readily. The noble gases do not usually form compounds. They are different from other elements, since their atoms are described as stable or unreactive.he formation of compounds. Most elements form compounds. For example: A reaction between sodium and chlorine gives the compound sodium chloride (salt) quite readily. The noble gases do not usually form compounds. They are different from other elements, since their atoms are described as stable or unreactive.


Chemical compound
A chemical formula is a way of expressing information about the proportions of atoms that constitute a particular chemical compound, using the standard abbreviations for the chemical elements, and subscripts to indicate the number of atoms involved. chemical element bonded to an identical chemical element is not a chemical compound since only one element, not two different elements, is involved.


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The atoms in a compound are chemically joined together by strong forces called bonds. You can only separate the elements in a compound using another chemical reaction. Separation methods like filtration and distillation will not do this. Compounds form when atoms join together in a chemical reaction.1  Page.2  1. 3  2.he atoms in a compound are chemically joined together by strong forces called bonds. You can only separate the elements in a compound using another chemical reaction. Separation methods like filtration and distillation will not do this. Compounds form when atoms join together in a chemical reaction. 1  Page. 2  1.


How to Combine Multiple Images into One PDF on Mac and Windows?
You can easily merge multiple images into a single PDF in three steps. Step 1: Add images into the Image to PDF Converter. Click the Add File or Add Folder button from the tool bar to add your images to the software.Then you can see image's information on the screen.To remove images, you can click the Delete or Clear All button. Step 2: Make settings. To join several images into one PDF, you need to choose the Merge into one file option at the bottom.Then click the Browse button to choose a destination folder to save PDF file. Then you can go to to set PDF page size, margin, even add owner password and user password to protect your PDF.hen you can see image's information on the screen. To remove images, you can click the Delete or Clear All button. Step 2: Make settings. To join several images into one PDF, you need to choose the Merge into one file option at the bottom.


How to combine two images into one on a Mac?
Using TextEdit, you can copy paste (or drag) the 2 images in to TextEdit window side by Side. Save as PDF then Open-Save as JPEG after witch you can modify the image size in Preview. See this Video for how to: How to Combine Images on Mac OS X. Make two pictures into single one. Take any image file X and open it in Preview. 2  In the Tools menu, select Size and adjust the width to the sum of the width of the two images (in your example, 640 px). 3  Adjust the height to the height of the taller image.


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Step 1. Open and edit the images that you want to combine to PDF with some image editing program. After editing the images, save and put them all into one folder on your computer. Step 2. Launch Adobe Acrobat and click File button from the menu bar.Step 3.Step 4. Browse through your computer to find the folder that contains your edited images and click Choose button.Then, all the images will appear in the dialog box of Combine Files.aunch Adobe Acrobat and click File button from the menu bar. Step 3. Step 4. Browse through your computer to find the folder that contains your edited images and click Choose button. Then, all the images will appear in the dialog box of Combine Files.


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Step 1. Import JPG files. Run the conversion program, click Add File or Add Folder on the toolbar to add all the images you want to convert to PDF. Or, you can drag and drop multiple image files to the program interface directly.Step 2.Set output destination.Select an output location to save the converted PDF file by clicking the button of Browse. And most important, remember to check the option of Merge into one file.r, you can drag and drop multiple image files to the program interface directly. Step 2. Set output destination. Select an output location to save the converted PDF file by clicking the button of Browse. And most important, remember to check the option of Merge into one file.


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1 In the Tools menu, select Size and adjust the width to the sum of the width of the two images (in your example, 640 px). 2  Adjust the height to the height of the taller image. 3  This will result in a stretched version of X. 4  Select all and hit delete-this leaves a blank canvas although you cannot see anything. Take any image file X and open it in Preview. 2  In the Tools menu, select Size and adjust the width to the sum of the width of the two images (in your example, 640 px). 3  Adjust the height to the height of the taller image.


How to combine two images into one on a Mac?
This solution uses only Preview and may be handy if you can't install software on a machine. Say your images are called A and B. Then: 1  Take any image file X and open it in Preview. 2  In the Tools menu, select Size and adjust the width to the sum of the width of the two images (in your example, 640 px).3  Adjust the height to the height of the taller image. 4  This will result in a stretched version of X. Take any image file X and open it in Preview. 2  In the Tools menu, select Size and adjust the width to the sum of the width of the two images (in your example, 640 px). 3  Adjust the height to the height of the taller image.


Photo Combine 4+
Description. Photo Combine is amazingly simple and fun application to combine your photos. You can use every photos any time, any size. When you use a blog or SNS, it is possible to use just one sheet without multiple upload.Features include:- Combine 2 or 4 photos.hoto Combine is amazingly simple and fun application to combine your photos. You can use every photos any time, any size. When you use a blog or SNS, it is possible to use just one sheet without multiple upload. Features include: - Combine 2 or 4 photos.


How to combine two images into one on a Mac?
1 Take any image file X and open it in Preview. 2  In the Tools menu, select Size and adjust the width to the sum of the width of the two images (in your example, 640 px). 3  Adjust the height to the height of the taller image. Take any image file X and open it in Preview. 2  In the Tools menu, select Size and adjust the width to the sum of the width of the two images (in your example, 640 px). 3  Adjust the height to the height of the taller image.


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Ok, might be dumb question.... but how do I drag photos from one album to another when to select the photos I have to enter the album but the album I want to drag them into is no long shown on the screen. Level 10 (135,735 points). Enable the Sidebar or use the + button on the toolbar.k, might be dumb question.... but how do I drag photos from one album to another when to select the photos I have to enter the album but the album I want to drag them into is no long shown on the screen. Level 10 (135,735 points). Enable the Sidebar or use the + button on the toolbar.


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1 Open the PDF documents that you want to combine in Preview. 2  Select the thumbnails of the pages you want to move. 3  You can press the Shift key or the Command key while clicking each page thumbnail to select multiple pages. 4  Drag the thumbnails from one PDF window to the thumbnails pane of the other PDF window. Open the PDF documents that you want to combine in Preview. 2  Select the thumbnails of the pages you want to move. 3  You can press the Shift key or the Command key while clicking each page thumbnail to select multiple pages. 4  Drag the thumbnails from one PDF window to the thumbnails pane of the other PDF window.


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Gene therapy research. Underscoring the importance of genetic testing. Our goal at aSharedVision is to help the inherited retinal disease (IRD) community understand the field of gene therapy research and why it is more important than ever to get genetically tested. Understanding genetic disease.


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âRetinal gene therapy research shows great potential to, one day, address inherited retinal diseases that currently have no treatment options. It is a very exciting time for patients and families, scientists and clinicians.â â Daniel C. Chung, D.O. Clinical Ophthalmic Lead, Spark Therapeutics.


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Potential of gene therapy. Science is pursuing ways to replace or correct the mutated genes responsible for some inherited retinal diseases. Find out why it may be more important than ever to get genetically tested.


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Gene therapy research. Underscoring the importance of genetic testing Our goal at aSharedVision is to help the inherited retinal disease (IRD) community understand the field of gene therapy research and why it is more important than ever to get genetically tested.


Why Gene Therapy Is Important
Why Gene Therapy Is Important Genes that are flawed and do not work properly can cause disease. Gene therapy is a technique for correcting defective genes responsible for disease development. Researchers may use one of several approaches for correcting faulty genes: A normal gene may be inserted into a nonspecific location within the genome to replace a nonfunctional gene. This approach is most common.


Gene Therapy: How a New Cure for Blindness Reverses Retinal Dystrophy
Gene replacement therapy is not gene editing. The treatment does not erase the mutation that causes a disease, but it does put copies of the normal gene into cells so they can work properly. In this case, the gene therapy treats a condition called retinal dystrophy. There are actually many kinds of retinal dystrophies, including Leber congenital amaurosis and retinitis pigmentosa. Some can be caused by a mutation in a gene called RPE-65.


Gene Therapy: How a New Cure for Blindness Reverses Retinal Dystrophy
Gene Therapy: How a New Cure for Blindness Reverses Retinal Dystrophy By Kate Sheridan On 10/12/17 at 12:10 PM A new gene therapy called Luxturna was being considered by the FDA on Thursday to treat retinal dystrophy, which can lead to blindness. If approved, it would be the first-ever gene replacement therapy.


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Researchers around the globe are conducting clinical trials to study the potential of gene therapy across many different disease areas. What makes this pioneering science exciting for the inherited retinal diseases (IRD) community is that many of the innovators behind this research are targeting IRDs.


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Discover what retinal gene therapy means for those living with low vision, blindness, and other symptoms of genetic eye diseases like retinitis pigmentosa and LCA. Discover what retinal gene therapy means for those living with low vision, blindness, and other symptoms of genetic eye diseases like retinitis pigmentosa and LCA.


Why Gene Therapy Is Important
Why Gene Therapy Is Important. Genes that are flawed and do not work properly can cause disease. Gene therapy is a technique for correcting defective genes responsible for disease development. Researchers may use one of several approaches for correcting faulty genes: 1  A normal gene may be inserted into a nonspecific location within the genome to replace a nonfunctional gene. This approach is most common. 2  An abnormal gene could be swapped for a normal gene through homologous recombination. The abnormal gene could be repaired through selective reverse mutation, which returns the gene to its normal function. The regulation (the degree to which a gene is turned on or off) of a particular gene could be altered.


by George Orwell
Winston Smith. The novel's protagonist. Winston is a quiet 39-year-old man living in Oceania in the year 1984. A Party member, Winston works at the Ministry of Truth correcting errors in past publications.Winston is also an amateur intellectual who nurses a secret hatred of the Party.he wife of Tom Parsons and neighbor of Winston's. A tired, aged woman with dust in the creases of her face, Mrs. Parsons is the mother of two horrific children belonging to the Spies and Youth League and who are bound to eventually denounce her and her husband to the Thought Police.


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Winston Smith. Orwellâs primary goal in 1984 is to demonstrate the terrifying possibilities of totalitarianism. The reader experiences the nightmarish world that Orwell envisions through the eyes of the protagonist, Winston.ulia, on the other hand, is well adapted to her chosen forms of small-scale rebellion. She claims to have had affairs with various Party members, and has no intention of terminating her pleasure seeking, or of being caught (her involvement with Winston is what leads to her capture).


Nineteen Eighty-Four
Nineteen Eighty-Four, often published as 1984, is a dystopian novel by English author George Orwell published in 1949.he protagonist of the novel, Winston Smith, is a member of the Outer Party, who works for the Ministry of Truth (or Minitrue in Newspeak), which is responsible for propaganda and historical revisionism.


What excerpts does Winston read from the book given to him by OâBrien? Why are these books of any significance?
Winston reads excerpts from The Theory and Practice of Oligarchical Collectivism, by Emmanuel Goldstein. The excerpts have to do with what Winston doesn't understand.He understands the how but not the why. In particular he is interested in the three slogans of the party, Ignorance is Strength, War is Peace, and Freedom is Slavery.inston reads excerpts from The Theory and Practice of Oligarchical Collectivism, by Emmanuel Goldstein. The excerpts have to do with what Winston doesn't understand.


Holocauste Literature
One of the most fascinating aspects of 1984 is the manner in which Orwell shrouds an explicit portrayal of a totalitarian world in an enigmatic aura. While Orwell gives the reader a close look into the personal life of Winston Smith, the readerâs only glimpses of Party life are those that Winston himself catches.ulia, on the other hand, is well adapted to her chosen forms of small-scale rebellion. She claims to have had affairs with various Party members, and has no intention of terminating her pleasure seeking, or of being caught (her involvement with Winston is what leads to her capture).


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This sense of mystery is centralized in the character of OâBrien, a powerful member of the Inner Party who tricks Winston into believing that he is a member of the revolutionary group called the Brotherhood. OâBrien inducts Winston into the Brotherhood.ulia, on the other hand, is well adapted to her chosen forms of small-scale rebellion. She claims to have had affairs with various Party members, and has no intention of terminating her pleasure seeking, or of being caught (her involvement with Winston is what leads to her capture).


How I Ghostwrite Other Authorsâ Books
The transcriptions of your interviews will become the backbone of your book, which is why itâs so important to get a good interview. You will likely have to do a lot of re-writing and editing to make it fit into a book format, but as you rewrite, make sure to maintain the authorâs voice.he transcriptions of your interviews will become the backbone of your book, which is why itâs so important to get a good interview. You will likely have to do a lot of re-writing and editing to make it fit into a book format, but as you rewrite, make sure to maintain the authorâs voice.


by George Orwell
A coworker of Winston's, and a poet who works in the Records Department rewriting politically or ideologically objectionable Oldspeak poems. By the end of the novel, Ampleforth is in prison along with Winston, for, he believes having left the word God in one of his poems.he wife of Tom Parsons and neighbor of Winston's. A tired, aged woman with dust in the creases of her face, Mrs. Parsons is the mother of two horrific children belonging to the Spies and Youth League and who are bound to eventually denounce her and her husband to the Thought Police.


Author
An author's book must earn the advance before any further royalties are paid. For example, if an author is paid a modest advance of $2000, and their royalty rate is 10% of a book priced at $20 - that is, $2 per book-the book will need to sell 1000 copies before any further payment will be made.n author is broadly defined as the person who originated or gave existence to anything and whose authorship determines responsibility for what was created. Narrowly defined, an author is the originator of any written work and can also be described as a writer.


Spider bite
A spider bite, also known as arachnidism, is an injury resulting from the bite of a spider. The effects of most bites are not serious. Most bites result in mild symptoms around the area of the bite. Rarely they may produce a necrotic skin wound or severe pain.


The 10 Most Dangerous Spiders in the World
Black widows are notorious spiders identified by the colored, hourglass-shaped mark on their abdomens. Several species answer to the name, and they are found in temperate regions around the world. Venom. This spider's bite is much feared because its venom is reported to be 15 times stronger than a rattlesnake's.


Black Widow Spiders
Latrodectus hesperus. The female black widow spider is considered the most venomous spider in North America. The venom of the black widow spider is 15 times as toxic as the venom of the prairie rattlesnake. Only the female black widow is dangerous to humans; males and juveniles are harmless. The female black widow will, on occasion, kill and eat the male after mating. More than 35,000 species of spiders occur worldwide. About 3,400 species of spiders in 64 families are found in North America.


Black Widow Spiders
The animals most at risk from the black widow's bite are insectsâand male black widow spiders. Females sometimes kill and eat their counterparts after mating in a macabre behavior that gave the insect its name. Black widows are solitary year-round except during this violent mating ritual. Webs and Feeding.


Black Widow Spider Bites
Black Widow is considered the most venomous spider in North America. The venom of the black widow spider is 15 times as toxic as the venom of the prairie rattlesnake. Only the female Black Widow is dangerous to humans; males and juveniles are harmless. More than 35,000 spider species of spiders occur in the World.


Spider bite
Most spiders do not cause bites that are of importance. For a bite to be significant, substantial envenomation is required. Bites from the widow spiders involve a neurotoxic venom which produces a condition known as latrodectism.


Black Widow Spider Bites
The female black widow spider, though it is the most venomous spider in North America, seldom causes death as it injects a very small amount of poison when it bites. Reports indicate human mortality at well less than 1% from black widow spider bites. Symptoms of a Black Widow Spider Bite.


9 of the Worldâs Deadliest Spiders
The bite of the red widow is similar to that of the black widow, and identical symptoms (pain, cramping, nausea, etc.) typically result. Likewise, death from a red widow bite is rare, since the spider injects such a small amount of venom.


all roads lead to rome
all roads lead to rome. all roads lead to rome in Culture. All roads lead to Rome definition. All paths or activities lead to the center of things. This was literally true in the days of the Roman Empire, when all the empire's roads radiated out from the capital city, Rome. Idioms and Phrases with all roads lead to rome.


Roman Roads
Updated February 07, 2017. They say: All roads lead to Rome.. The Romans created an amazing network of roads all across the empire, initially to move troops to trouble spots (and back home again), but then also for speedy communication and ease of pre-motorized travel.


"Why do we say ""All Roads Lead To Rome""?"
Outside of a few hundred miles from Rome, the road system forms more of a grid pattern to link regional cities - except for particularly important cities which are joined to other cities by a wheel and spoke pattern of roads - presumably for the same reasons as for Rome. Alphabetical list of expressions.


âAll Roads Lead to Romeâ
Origins: The idiom, âall roads lead to Rome,â was being used as early as the 1100s. It was based off of the ancient Roman road system where roads radiated from the capital of Rome. The road system resembled spokes of a wheel as the picture above shows around the circle. Ammer, Christine. The American Heritage Dictionary of Idioms.


"What Does ""All Roads Lead to Rome"" Mean?"
Just as all roads led to the capital of the Roman Empire, so too are there occasions in modern life when all methods of doing something will lead to the same result. As an example, consider the sentence, I don't care if you save the file and then send it to me or copy it and print it out; all roads lead to Rome..


"Why do we say ""All Roads Lead To Rome""?"
This expression appears to be a modern working of a medieval expression. For example, 12th century French theologian Alain deLille wrote Mille viae ducunt homines per saecula Romam (A thousand roads lead men forever to Rome) in Liber Parabolarum.


"What Does ""All Roads Lead to Rome"" Mean?"
All roads lead to Rome is an English idiom that means that different methods of doing something will eventually lead to the same result. This phrase takes its origins from the intricate system of roads built by the ancient Romans.


"What Does ""All Roads Lead to Rome"" Mean?"
For example, Detroit has a similar road structure to the roads of Rome. So does Washington DC. If anyone has ever seen a metro map of Washington DC, all metro lines lead back into the city, very much like ancient Rome's roads. Sometimes I wonder why this phrase wasn't changed.


Roman Roads
Milestones on the roads give the date of construction. During the Empire, the emperor's name was included. Some would have provided a place for water for humans and horses. Their purpose was to show miles, so they might include distance in Roman miles to important places or the end point of the particular road.


"What is the meaning of the phrase, ""All roads lead to Rome""?"
Vote for this answer. The origins of the phrased stemmed from the fact that, initially, all roads did lead to Rome. The Romans were extremely skilled road makers...and the first to establish such a system of roads. They were also the first to use mile-markers.


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HYDROCARBON SOLVENT SOLUTIONS by Nancy Eilerts, Ph.D. Continued on back page Not all hydrocarbons are created equal. Thehydrocarbon solvents that are most familiar to drycleaners arethose that had a low flash point and were strongly discouragedfrom use in the drycleaning industry beginning in the late1940s.hename hydrocarbon comes from combining the wordshydrogen and carbon. The name hydrocarbon is often usedwith other words that indicate that other elements besideshydrogen and carbon are present. Halogenated hydrocarbons,for example, refer to a hydrocarbon to which is attached ahalogen atom.


Hydrocarbons
Hydrocarbons. Aliphatic hydrocarbon solvents, petroleum hydrocarbon solvents. The aliphatic hydrocarbons may be of straight chain, branched or cyclic molecular structure.Aliphatic hydrocarbons such as alkanes, isoparaffins and alkenes are the major components of gasoline.any solvents can contain a blend of different aliphatic types or aliphatic and aromatic hydrocarbons depending on the end use. Common aliphatic solvents are e.g. mineral spirits, petroleum naptha, petroleum distillate, cyclohexane, octane, pentane or isopentane, nonane.


hydrocarbon solvent
Definition. Benzene, kerosene, xylene, or other petroleum derivative used as an industrial solvent for cleaning or dissolving water-insoluble substances such as greases and oils.Due to their high toxicity and persistence in nature, their use in industrial processes is restricted.enzene, kerosene, xylene, or other petroleum derivative used as an industrial solvent for cleaning or dissolving water-insoluble substances such as greases and oils.


Hydrocarbon
In organic chemistry, a hydrocarbon is an organic compound consisting entirely of hydrogen and carbon. Hydrocarbons from which one hydrogen atom has been removed are functional groups, called hydrocarbyls. Saturated hydrocarbons (alkanes) are the simplest of the hydrocarbon species. 2  They are composed entirely of single bonds and are saturated with hydrogen. 3  The general formula for saturated hydrocarbons is C n H 2n+2 (assuming non-cyclic structures).


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Hydrocarbon solvents. Dr. Dmitri Kopeliovich. Hydrocarbon solvents are organic solvents, molecules of which consist only of Hydrogen and carbon atoms. Hydrocarbon solvents are produced in form of volatile fractions in refinery of crude oil.Resulting hydrocarbon solvents contain paraffinic, natphthenic and aromatic constituents in various proportion.ydrocarbon solvents. Dr. Dmitri Kopeliovich. Hydrocarbon solvents are organic solvents, molecules of which consist only of Hydrogen and carbon atoms. Hydrocarbon solvents are produced in form of volatile fractions in refinery of crude oil.


Hydrocarbon solvents
Hydrocarbon solvents are organic solvents, molecules of which consist only of Hydrogen and carbon atoms.Hydrocarbon solvents are produced in form of volatile fractions in refinery of crude oil. Resulting hydrocarbon solvents contain paraffinic, natphthenic and aromatic constituents in various proportion.ydrocarbon solvents. Dr. Dmitri Kopeliovich. Hydrocarbon solvents are organic solvents, molecules of which consist only of Hydrogen and carbon atoms. Hydrocarbon solvents are produced in form of volatile fractions in refinery of crude oil.


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It is a very fast evaporating hydrocarbon solvent and low in impurities such as sulphur, olefins, benzene and total aromatics. Typically this product finds use in applications where high volatility is required. Blowing agent, aerosol propellant and electronic cleaning are examples of such applications.exane is a clear, colourless liquid with a faint odour. It is a stable paraffinic hydrocarbon which is highly volatile and distils over a very narrow range. It is suitable for food and related industries such as in the production of edible oils.


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Hexane, Polymerization grade is a fast evaporating hydrocarbon solvent that consists essentially of hexane isomers. A concentration of approximately 400% makes n-hexane the major component in this mixture.exane is a clear, colourless liquid with a faint odour. It is a stable paraffinic hydrocarbon which is highly volatile and distils over a very narrow range. It is suitable for food and related industries such as in the production of edible oils.


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Hydrocarbons can be gases (e.g. methane and propane), liquids (e.g. hexane and benzene), waxes or low melting solids (e.g. paraffin wax and naphthalene) or polymers (e.g. polyethylene, polypropylene and polystyrene). Saturated hydrocarbons (alkanes) are the simplest of the hydrocarbon species. 2  They are composed entirely of single bonds and are saturated with hydrogen. 3  The general formula for saturated hydrocarbons is C n H 2n+2 (assuming non-cyclic structures).


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1 Saturated hydrocarbons (alkanes) are the simplest of the hydrocarbon species. 2  They are composed entirely of single bonds and are saturated with hydrogen. 3  The general formula for saturated hydrocarbons is C n H 2n+2 (assuming non-cyclic structures). Saturated hydrocarbons (alkanes) are the simplest of the hydrocarbon species. 2  They are composed entirely of single bonds and are saturated with hydrogen. 3  The general formula for saturated hydrocarbons is C n H 2n+2 (assuming non-cyclic structures).


It's Elemental
Gold is pronounced as GOLD. History and Uses: An attractive and highly valued metal, gold has been known for at least 5500 years. Gold is sometimes found free in nature but it is usually found in conjunction with silver, quartz (SiO 2), calcite (CaCO 3), lead, tellurium, zinc or copper. There is roughly 1 milligram of gold dissolved in every ton of seawater, although extracting it currently costs more than the gold is worth.


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Its mostly important ores are sulfides, of which argentite (silver sulfide, Ag2S) is the most common. Silver often occurs as a minor constituent in the ores of copper, lead, and zinc. Refinement of these metals yields large quantities of silver (and some gold). Silver is found in minute quantities in seawater. The atomic weight of silver is 107.868, and natural silver consists of two stable isotopes: silver-107 (51.82%) and silver-109 (48.18%). The melting point of the metal is 960.8 deg.


Copper, Silver and Gold
Silver is used for tableware, a practice that used to be much more common than it is now. The best silverware is made from Sterling, 0.925 fine silver, and has an excellent appearance, though it was expensive. To bring silver within the reach of more of the public, Sheffield Plate was introduced in 1743.


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Silver is the 68th most abundant element in the Earth's crust and 65th in cosmic abundance. It is found in small quantities in many locations on Earth. Large amounts of the metal have been mined in both North and South America, which together produce over half the world total.


Silver
It is used in coinage, tableware, and jewelry. In an amalgum with mercury, it is used for the fillings of teeth. A large amount of silver is used in photography. Coinage silver in the United States has been typically 90% silver and 10% copper. British sterling silver is 92.5% silver and 7.5% copper.


Copper, Silver and Gold
Silver and gold were traditionally weighed in troy measure. A troy pound contained 12 troy ounces or 240 pennyweights (pwt), and was 373.2417 g. The prices of silver and gold are quoted in dollars per troy ounce for 0.900 fine metal. On 22 November 2002, the New York spot price of silver was $4.475, and gold $317.65.


Silver
Silver is sometimes found in nature in metallic form. It forms a sulfide mineral Ag 2 S called acanthite. Mineral forms of silver include sulfides formed with antimony called Stephanite, miargyrite and pyrargyrite. Silver joins with lead and antimony in the sulfide andorite, AgPbSb 3 S 6.


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This beautiful specimen of silver ore comes from the country of Peru in South America. The dark colored minerals are the ones which are silver bearing, while the red and pink colored crystals are Rhodochrosite, a common manganese mineral that is found in a number of silver ores.


Copper, Silver and Gold
Silver has atomic number 47, atomic weight 107.880, and density 10.5 g/cc. Its naturally-occurring isotopes have mass numbers 107 (52%) and 109 (48%). The electron configuration has one 5s electron outside a filled 4d shell in the ground state, just like copper.


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This article discusses a very common problem in which the cartilage on the joint surface of the kneecap (patella) starts to deteriorate and causes pain along the front of the knee. Print version with pictures-chondromalacia patella.pdf. Patella. The patella is also known as the kneecap. It is a large bone that sits on the front part of the knee. Its function is to improve the biomechanical properties of the quadriceps muscle (muscle on the front of the thigh). This bone increases the lever arm of the quad and improves it strength by 20 to 30%. The articular cartilage on the patellar is the thickest in the body and is 4 to 6 millimeters thick (1/4 inch).


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The cartilage on the patella is susceptible to softening, fibrillation and delamination. When this occurs it is called chondromalacia patella. Symptoms of Chondromalacia Patella. Symptoms of chondromalacia include pain, crepitus (popping and cracking), decreased function and occasionally swelling.


Chondromalacia Patella
In a healthy knee the movement of the Patella across the knee is a smooth gliding movement. In individuals with CMP, the kneecap rubs against the part of the joint behind it, resulting in inflammation, degeneration and pain. This can be for a number of reasons, but is usually due to the position of the patella itself. The most common feature of CMP is patella mal-tracking. Usually the patella moves sideways towards the outside of the knee due to muscle imbalances.


Chondromalacia Patella
CMP results from damage to the cartilage which covers the back of the patella or kneecap. This smooth hard cartilage is known as hyaline cartilage or articular cartilage and its purpose is to allow smooth movement of the patella over the femur or thigh bone in the knee. The cause can be either acute from a sudden impact or from a long standing overuse injury.


My MRI shows a fissure in my patella. I remember hitting myâ¦
I think you should have a follow up MRI after next 1 month which if show you recovery then nothing has to be done but if there is still fissuring with pain at the patella then you may need some drilling procedure by arthroscopic method to help with healing. Hope this will be helpful.


Patellar Chondral â Causes, Symptoms, Prevent and Treatment
Patellar Chondral Treatment Options. 1  The physiotherapy are the first line of treatment. 2  Rest the knee joints for a short time; possibly stabilizing the knee with a bandage. 3  Physiotherapy, strength training and stretching exercises to strengthen the extensor muscle of the thigh.


Chondromalacia Patella
Symptoms. Symptoms are similar to that of patellofemoral pain syndrome with pain and swelling at the front of the knee especially over and around the kneecap or patella. It is often worse when walking downstairs or after sitting for long periods, known as movie-goers knee or theater knee.


Introduction to Psychology âPSY101 WHAT IS PSYCHOLOGY?
Chondromalacia patella can cause mild or moderate symptoms. These vary from person to person. Common symptoms include: 1  pain in the back of the knee. 2  grinding sensation when you extend your knee. 3  knee tenderness. 4  swelling of the knee.


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Diagnosing Chondromalacia Patella. See a doctor if you have knee pain that does not improve within a few days. To determine the cause of knee pain, your doctor will perform a physical examination. Your knee will be examined for signs of tenderness and swelling. Your doctor will also flex or extend your leg and ask if you feel pain or grinding below the kneecap. The patella may be noticed to move to the side with knee movements. A physical exam is usually enough to diagnosis this condition. However, your doctor may want to confirm the diagnosis with: 1  X-raysâalthough they are not ideal. 2  X-rays do not give good images of the soft tissue behind the knee.


My MRI shows a fissure in my patella. I remember hitting myâ¦
As Dr. Saha has opted out i am here to help you. The fissure in patella is not a major fracture but it s a minor .It is generally treated by putting the limb in XXXXX XXXXX compression bandage or with cyllindrical slab or cast .It generally heals within 6-8 weeks. As you have passed about 2 months then most probably the lesion could have been healed up.


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Gold Coast Australia - Accommodation, Attractions & More! The Gold Coast is Australia's holiday capital, boasting a fantastic range of attractions, beautiful beaches, shopping, dining, major events and more!


Living on the Gold Coast
The Gold Coast also has a cluster of theme parks, itâs Australiaâs theme park capital; with Movie World, Wet ânâ Wild, Sea World, White Water World, Dreamworld as well as the Australian Outback Spectacular and for nature lovers, the Currumbin Wildlife Sanctuary.


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Find Gold Coast Accommodation. The Gold Coast is Australia's holiday capital, boasting a fantastic range of attractions, beautiful beaches, shopping, dining, major events and more! Browse through Gold Coast Australia.com, the most comprehensive online guide to the Gold Coast, for a stack of information on where to stay and how to play.


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The Gold Coast is a dedicated tourist town & there's enough things to do to keep you occupied. It's not just mini-golf & wax museums either; take a tour of the canals in an aqua-bus, see the view from Q1, head up in a hot air balloon or learn to surf: Check out our list of the main Gold Coast tourist attractions.


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Find Accommodation on the. The Gold Coast is Australia's holiday capital, boasting a fantastic range of attractions, beautiful beaches, shopping, dining, major events and more! Browse through Gold Coast Australia.com, the most comprehensive online guide to the Gold Coast, for a stack of information on where to stay and how to play.


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Hi Arlinka, There are a lot of Muslims on the Gold Coast from all over the Middle east and Asia. There is a Mosque very close to Griffith University, Southport Campus. The mosque is in Biggera Waters, 5 to 7 minutes drive and 10 minutes by bus.


History of electric power transmission
The history of the technology of moving electricity far from where it was generated dates from the late 19th century. This includes movement of electricity in bulk (formally referred to as  transmission ), and the delivery of electricity ( distribution ) to individual customers.The distinction between the two terms did not exist in early years and were used interchangeably.uch of early electricity was direct current, which could not easily be increased or decreased in voltage either for long-distance transmission or for sharing a common line to be used with multiple types of electric devices.


THIS IS PAGE 2 OF 'ELECTRICITY MISCONCEPTIONS'SCROLL DOWN
The electricity flows out the negative terminal, through the work load, and back into the positive terminal. It consists of negative electrons. In the early days of electrical â¦ experimenting, the scientists had to guess as to whether the electric flow was positive particles or negative particles.he electricity flows out the negative terminal, through the work load, and back into the positive terminal. It consists of negative electrons. In the early days of electrical â¦ experimenting, the scientists had to guess as to whether the electric flow was positive particles or negative particles.


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1 of 5. Although nearly 90 percent of urban dwellers had electricity by the 1930s, only ten percent of rural dwellers did. Private utility companies, who supplied electric power to most of the nation's consumers, argued that it was too expensive to string electric lines to isolated rural farmsteads.y 1939 rural households with electricity had risen to 25 percent. The enthusiasm that greeted the introduction of electric power can be seen in the remarks of Rose Scearce. When farmers did receive electric power their purchase of electric appliances helped to increase sales for local merchants.


Timeline: History of the Electric Car
Of the 4,192 cars produced in the United States 28 percent are powered by electricity, and electric autos represent about one-third of all cars found on the roads of New York City, Boston, and Chicago.ictor Wouk, the Godfather of the Hybrid, builds the first full-powered, full-size hybrid vehicle out of a 1972 Buick Skylark provided by General Motors (G.M.) for the 1970 Federal Clean Car Incentive Program.


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It was in the late 1870s when America's greatest inventor -- Thomas Alva Edison -- developed and built the first electricity generating plant in New York City. Electric lighting came to Chicago in 1880, when the Palmer House Hotel installed electric lights in time for that year's Republican National Convention.t was in the late 1870s when America's greatest inventor -- Thomas Alva Edison -- developed and built the first electricity generating plant in New York City. Electric lighting came to Chicago in 1880, when the Palmer House Hotel installed electric lights in time for that year's Republican National Convention.


Electricity
Benjamin Franklin conducted extensive research on electricity in the 18th century, as documented by Joseph Priestley (1767) History and Present Status of Electricity, with whom Franklin carried on extended correspondence.he electric field was formally defined as the force exerted per unit charge, but the concept of potential allows for a more useful and equivalent definition: the electric field is the local gradient of the electric potential.


What year did most Americans first have electricity in their homes?
Although the majority of people living in larger towns and cities had electricity by 1930, only 10 percent of Americans who lived on farms and in rural areas had electric power.At this time, electric companies were all privately owned and run to make money.ithin a year or so I'd say most everyone had electricity in that area through electric cooperatives. All the above refers to public utililities. A lot of farms had windmills to generate enough power to run a radio or a lightbulb when the wind was blowing strongly enough. Jack P Â· 6 years ago.


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In fact, electricity did not begin when Benjamin Franklin at when he flew his kite during a thunderstorm or when light bulbs were installed in houses all around the world. The truth is that electricity has always been around because it naturally exists in the world.his is the basis of static electricity. Over the centuries, there have been many discoveries made about electricity. We've all heard of famous people like Benjamin Franklin and Thomas Edison, but there have been many other inventors throughout history that were each a part in the development of electricity.


Timeline: History of the Electric Car
Vanguard-Sebring's CitiCar makes its debut at the Electric Vehicle Symposium in Washington, D.C. The CitiCar has a top speed of over 30 mph and a reliable warm-weather range of 40 miles. By 1975 the company is the sixth largest automaker in the U.S. but is dissolved only a few years later.ictor Wouk, the Godfather of the Hybrid, builds the first full-powered, full-size hybrid vehicle out of a 1972 Buick Skylark provided by General Motors (G.M.) for the 1970 Federal Clean Car Incentive Program.


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He also discusses static electricity and invents an electric fluid which is liberated by rubbing. ca. 1620 - Niccolo Cabeo discovers that electricity can be repulsive as well as attractive. 1630 - Vincenzo Cascariolo, a Bolognese shoemaker, discovers fluorescence.his is the basis of static electricity. Over the centuries, there have been many discoveries made about electricity. We've all heard of famous people like Benjamin Franklin and Thomas Edison, but there have been many other inventors throughout history that were each a part in the development of electricity.


Montana Rivers
After leaving the park, the Yellowstone River becomes a part of Montana. Below Gardiner the river fishes well all the way to Livingston. Below Corwin Springs the river enters Yankee Jim Canyon our guides do not float this stretch. Yankee Jim Canyon is the Yellowstoneâs best white water, with several major rapids.


Glendive
Yellowstone River, river, noted for its scenic beauty, in the western United States. It flows through northwestern Wyoming, southern and eastern Montana, and northwestern North Dakota over a course of 692 miles (1,114 km). The river system drains about 70,000 square miles (181,300 square km).


Yellowstone River
It then flows northward into Yellowstone Lake, and, after exiting the north end of the lake, plunges 422 feet (129 metres) in two spectacular waterfalls and enters the magnificent Grand Canyon of the Yellowstone. The river then winds north and northwest before leaving the park at Gardiner, Montana.


Yellowstone River: A Wildlife Paradise
In the Paradise Valley portion of the river through Park County, 25% of the riverbanks have been altered. The threat of further alterations landed the Yellowstone River on our Americaâs Most Endangered RiversÂ® list in 1995, 1999, and 2006.


Montana Rivers
The Gallatin is WTOâs home river and in our back yard and our guides knows this river inside and out. The Gallatin River is about twelve miles long from its origin at the confluence of the West and East Gallatin rivers to Three Forks, Montana, where it joins the Jefferson and Madison rivers to form the Missouri River. The Gallatin is a very picturesque river with crystal clear water and lots and lots of trout.


Montana Rivers
The Madison River originates in Yellowstone National Park at the confluence of the Gibbon and the Firehole rivers. The Madison flows in a northerly direction for 140 miles to Three Forks, Montana, where it joins the Jefferson and Gallatin rivers at the confluence of the Missouri River.


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Its headwaters in the southern Absaroka Mountains are located as far from a road as you can get in the Continental U.S. The Gallatin, Madison, Snake, Shoshone, Clarks Fork, and Fall River are all major rivers originating in Yellowstone National Park. Unlike most other national parks, boating is forbidden within Yellowstone National Park, leaving it with more than 400 miles of virtually unexplored rivers.


Yellowstone River: A Wildlife Paradise
Yellowstone: A Wildlife Paradise. Rivers radiate in every direction from Americaâs first national park. But only one merits the name Yellowstone. Although its headwaters lie just outside the declared park border in Wyomingâs southern Absaroka Range, the Yellowstone River knows no bounds.


Yellowstone River
The Yellowstone was first explored by people of European descent in 1806, when, as the Lewis and Clark Expedition was returning from the Pacific Northwest, Lieut. William Clark led a party that sailed down the river.


Yellowstone River
Just northeast of Sidney, it crosses from Montana into North Dakota and, southwest of Williston, enters the Missouri River. All its principal tributariesâthe Bighorn, Tongue, and Powder riversâoriginate in the Absaroka and Wind River ranges and the Bighorn Mountains.


St. Tammany Parish, Louisiana
St. Tammany Parish (French: Paroisse de Saint-Tammany) is a parish located in the U.S. state of Louisiana. As of the 2010 census, the population was 233,740, making it the fifth-most populous parish in Louisiana. The parish seat is Covington. The parish was founded in 1810. St. Tammany Parish is included in the New OrleansâMetairie, LA Metropolitan Statistical Area. St. Tammany Parish is one of the fastest-growing parishes in the state, along with Livingston and Ascension.


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A 2,000 square foot building at 444 Erlanger Avenue was completed to house the branch in June, 1964. During the 1960's, 1970's, and 1980's the Slidell area experienced a tremendous surge in population growth due to the aerospace industry. This population growth was the impetus behind a bond issue which was approved by St. Tammany Parish voters in the mid 1980's. Construction on a new Slidell Branch building began in 1986 as a result of the bond issue and the branch opened on March 15, 1989. The contemporary style, 22,000 square foot building, has some notable features.


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St. Tammany Parish Sheriff's Office. I received a phone call today from the publisher of The Times Picayune, David Francis. He apologized for the publishing of the distasteful, racially divisive cartoon, and admitted it was inappropriate.


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St. Tammany Parish Sheriff's Office. As the sun goes down here in St. Tammany, we are grateful that we didn't get hit as hard as our neighboring parishes. Our deputies helped hundreds of people this weekend, both here in St. Tammany and on Interstate 12 near Baton Rouge. They rescued both animals and humans alike.


New York City Police Department corruption and misconduct
The St. Tammany Parish Sheriffâs Office and the Federal Bureau of Investigation (F.B.I.) are conducting a joint investigation into the robbery. No further details are being released at this time.


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St. Tammany Parish Sheriff's Office added 2 new photos. Congratulations to Lt. Allen Williams who won the Hometown Hero award tonight at the Abita Springs Town Hall Meeting! Lt. Williams is the Abita Springs liaison for the town and does a fantastic job.


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1 Cities: Covington | Mandeville | Slidell. 2  Towns: Abita Springs | Madisonville | Pearl River. 3  Villages: Folsom | Sun. 4  Census Designated Places: Eden Isle | Lacombe.  Unincorporated communities: Bush | Goodbee.


Slidell, Louisiana
Public schools in Slidell are operated by the St. Tammany Parish Public Schools. There are three public high schools in Slidell: Northshore High School, Salmen High School, and Slidell High School, and two private high schools: Pope John Paul II High School and First Baptist Christian School.


Slidell, Louisiana
Slidell /slaÉªËdÉl/ is the largest city situated on the northeast shore of Lake Pontchartrain and St. Tammany Parish, Louisiana, United States. The population was 27,068 at the 2010 census. Greater Slidell has a population of about 90,000. It is part of the New OrleansâMetairieâKenner Metropolitan Statistical Area.


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During June 1950, as part of the Library Demonstration project funded by the State of Louisiana, a branch was opened in a building owned by the Carroll Plumbing Company. In 1954, the branch relocated to space inside the Slidell City Hall.


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Students with disabilities who are in need of special education and related. services have, by definition, problems in learning and skill development. Unlike. their nondisabled counterparts, they may, in some cases, have difficulty. demonstrating socially appropriate behaviors. Unlike their nondisabled peers they.


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Disciplining Students With Disabilities. From National Association of School Psychologists (NASP) by Kevin P. Dwyer, NCSP - Assistant Executive Director, NASP. A child runs, out-of-control, down the busy school hallway and punches another child. who is quietly waiting in line outside her classroom. She starts to cry while the disruptive.


DOCUMENT LIBRARY
Washington, D.C.: U.S. Department of Education, Special Education and Rehabilitative Services, 1998. There are early warning signs in most cases of violence to self and others, certain behavioral and emotional signs that, when viewed in context, can signal a troubled student.


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At the same time, associate as much pleasure or. rewards as possible with changing, i.e. with the new desired behavior. or lifestyle (methods #5, #13, #14, #16 & #18 and see chapter 14). This emphasizes that when you need to stop or disrupt the old. unwanted pattern of behavior (methods #10, #11 & #12), you must. be sure to develop new desirable ways of getting the same pay offs as. were provided by the old unwanted behaviors (method #2). The new.


Child discipline
If an individual decides to use the time-out with a child as a discipline strategy, the individual must be unemotional and consistent with the undesired behavior. Along with taking into consideration the child's temperament, the length of the time-out needs to also depend on the age of the child.


Child discipline
Child discipline is the methods used to prevent future behavioral problems in children. The word discipline is defined as imparting knowledge and skill, in other words, to teach. In its most general sense, discipline refers to systematic instruction given to a disciple. To discipline means to instruct a person to follow a particular code of conduct.


South African labour law
The latter is what we. take when discipline has failed. Disciplinary actions are those actions taken by management. in response to an employee's failure to meet the standards, objectives, or rules of the. organization. The objective of discipline is to correct or eliminate inappropriate behavior or. conduct.


DOCUMENT LIBRARY
Prior aggressive behavior may have been directed at persons or expressed through cruelty to animals, firesetting, lying, vandalism, or other antisocial acts. Research suggests that age of onset may be a key factor in interpreting early warning signs. Students who engage in aggression and drug abuse at an early ageâbefore age twelveâare more likely to show violence later on than are students who begin such behavior at a later age.


Fetal Development Weeks 9 Through 13
Fetal Development Weeks 9 Through 13. See what's happening with your baby in the third month of your pregnancy. Week 9. Sometime in the last few days, the first detectable brain waves went coursing through your baby's head.


Sexual differentiation
The development of sexual differences begins with the XY sex-determination system that is present in humans, and complex mechanisms are responsible for the development of the phenotypic differences between male and female humans from an undifferentiated zygote.


Fetal Development Weeks 9 Through 13
By this week, your baby is, on average, about two-and-a-half inches long (keep in mind that, after week 11, growth rates can vary a lot), and could be cradled snugly in a soup spoon. Her brain's basic structure is now in place, and brain mass is growing all the time.


Fetal Development Weeks 9 Through 13
Take a moment to celebrate with your baby this week: you've both reached a milestone. Risks of serous malformations drop sharply at this point in your pregnancy, and so do risks of miscarriage. The major work of generating organs, limbs, and other body parts is mostly finished.


Sexual differentiation
Sexual differentiation is the process of development of the differences between males and females from an undifferentiated zygote.


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Disorders of Sex Development. When a child's gender is in question at birth, because the genitals may not appear clearly male or female, the child is said to have atypical genitalia, also known as ambiguous genitalia. Atypical genitalia can be a difficult experience for families.


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Early in fetal development, the tissue that will become the gonads (ovaries or testes) is undifferentiated and has the potential to become either ovaries or testes, depending on the genetics of the fetus. Humans have 46 chromosomes in each cell of their bodies, or 23 pairs.


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Likewise, the female reproductive tract will continue to develop, forming the uterus and fallopian tubes. At the same time, regression of what would have become the male reproductive organs occurs. Besides the SRY gene, certain hormones can influence the development of the sexual organs.


Sexual differentiation
Differentiation of the male and female reproductive systems does not occur until the fetal period of development.


Fetal Development Weeks 9 Through 13
This week, the gonads, or reproductive glands, come into being. They are the tiny beginnings of either testes or ovaries. But don't rush to get your ultrasound just yet- those tiny sex organs won't be visible for another six to eight weeks. The baby's muscles are growing and getting stronger, and its movements are increasing. Elbows, knees, and other limb joints are distinguishable.


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Spaghetti, whole-wheat, cooked Nutrition Facts & Calories. - In Internet Explorer 7 you will need to adjust the default Shrink To Fit setting. Note: Printing via Mac Firefox is currently not supported. - In Internet Explorer 7 you will need to adjust the default Shrink To Fit setting. Note: Printing via Mac Firefox is currently not supported.


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Calories in wholemeal pasta dried 100g. *Percent Daily Values are based on a 2,000 calorie diet. Your daily values may be higher or lower depending on your calorie needs. Some of these foods were entered by users and are subject to error.


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By comparison, 1 cup of cooked whole-wheat spaghetti has 174 calories, about 7.5 grams of protein, less than 1 gram of fat and 37.2 grams of carbohydrates, of which 6.3 grams are fiber -- an amount equivalent to 25 percent of the daily value for fiber.


Calories in Whole Wheat Pasta With Pesto
Calories per Ingredient. Here are the foods from our food nutrition database that were used for the nutrition calculations of this recipe. Calories per serving of Whole Wheat Pasta With Pesto. 180 calories of Healthy Harvest Pasta, Rotini, (2 oz) 30 calories of Olive Oil, (0.25 tbsp) 10 calories of Pine Nuts, (0.17 tbsp)


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1 Calories In wholemeal pasta with kale, chickpeas and pecorino. 385 calories, 9g fat, 56g carbs, 12g protein, 7g fiber.  Calories In Wholemeal pasta with minced beef. 341 calories, 10g fat, 39g carbs, 20g protein, 5g fiber.


Calories in Wholemeal Pasta
Ingredient specific calorie information from our recipes: 1  Calories In wholemeal pasta with kale, chickpeas and pecorino. 385 calories, 9g fat, 56g carbs, 12g protein, 7g fiber.  Calories In Wholemeal pasta with minced beef. 341 calories, 10g fat, 39g carbs, 20g protein, 5g fiber.


Calories in Mexican Dinner
1 Calories Burned For Jumping rope (slow) 2  Calories Burned For Running or jogging: 10 mph (6 minutes per mile) 3  Calories Burned For Running or jogging: 5 mph (12 minutes per mile)  Calories Burned For Running or jogging: 5.5 mph (11 minutes per mile)


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You should be able to estimate your hatch date based on average incubation times for the bird species you want to hatch. For example, chicken eggs typically take 21 days to hatch, whereas many duck varieties and peafowl may take 28 days. 7. Turn the eggs at least three times daily.


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If on the other hand you use an incubator in order to hatch fertilized chicken eggs, they can sometimes hatch a day or two early, or they can also hatch out a few days late. Things like humidity and temperature play a significant role.


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First things first-eggs should hatch in 21 days, though some may hatch a day or 2 early and some a day or 2 late, after the incubation period began.


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Related tutorials: How-To #2: The First 60 Days. General Hints. First things first-eggs should hatch in 21 days, though some may hatch a day or 2 early and some a day or 2 late, after the incubation period began.


How to Use an Incubator to Hatch Eggs
In essence, an incubator allows you to hatch eggs without having hens. Incubators mimic the conditions and experiences of a brooding hen for fertilized eggs, including appropriate temperature, humidity, and ventilation levels.


What Is Vulnerability Management?
You can learn more about the four stages of a vulnerability management program by reading this threeâpart guide. But companies donât need to stop there. They can augment the effectiveness of their vulnerability management program by investing in a tool that comes equipped with additional capabilities.


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Vulnerability Definition - Vulnerability is a cyber-security term that refers to a flaw in a system that can leave it open to attack. A vulnerability... Toggle navigation Menu


Vulnerability
Vulnerability Definition - Vulnerability is a cyber-security term that refers to a flaw in a system that can leave it open to attack. A vulnerability... Vulnerability Definition - Vulnerability is a cyber-security term that refers to a flaw in a system that can leave it open to attack. A vulnerability may also refer to any type of weakness in a computer system itself, in a set of procedures, or in anything that leaves information security exposed to a threat.


Vulnerability
Techopedia explains Vulnerability. Vulnerabilities a. re what information security and information assurance professionals seek to reduce. Cutting down vulnerabilities provides fewer options for malicious users to gain access to secure information.


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Organizations can also use a vulnerability management program to monitor for vulnerabilities introduced by the addition of new physical and virtual devices. Organizations can also use a vulnerability management program to monitor for vulnerabilities introduced by the addition of new physical and virtual devices.


What Is Vulnerability Management?
3. Vulnerability Detection. The next step in a vulnerability management program is to apply the vulnerability scanning process to those assets recorded in the companyâs inventory. This procedure generally takes the form of automated vulnerability scans. Upon completion, it might reveal weaknesses on certain discovered assets. 4.


What Is Vulnerability Management?
FIM wonât do the job, however. To obtain an accurate assessment of risk, minimize security threats and maintain compliance, companies should turn to vulnerability management. There are four stages to any effective vulnerability management program: 1. Vulnerability Scanning Process


What Is Vulnerability Management?
Reporting: Once a vulnerability is discovered, authorized personnel should be able to use the vulnerability management tool to generate reports with an appropriate level of data for auditors, business executives, and a variety of audiences.


Planet Jupiter: Facts About Its Size, Moons and Red Spot
The most extraordinary feature on Jupiter is undoubtedly the Great Red Spot, a giant hurricane-like storm seen for more than 300 years. At its widest, the Great Red Spot is three times the diameter of the Earth, and its edge spins counterclockwise around its center at a speed of about 225 mph (360 kph).


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We can't land here on Jupiter's surface, since it's a sea of cloud tops, but we can get warmer by descending. Buffeted by extreme winds, we descend, and the pressure mounts. The winds don't subside. They continue to blow about 450 mph (725 km/h) all the way down the atmosphere (at least as far as we've probed).


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A: Jupiter's surface is a sea of yellowish cloud tops that roil with winds continually circling the great planet. The gales whip around the equator at double our hurricane speeds (340 mph, 550 km/h). It's windy here, and cold.


Surface of Saturn
Similar to Uranus, Saturn also has a fluid surface. The atmosphere of Saturn is visible through the telescope, the outer layer of gas. The atmosphere of the planet consists of gases such as hydrogen which makes up the atmosphere by 93% and helium which are the basic gases found on all giant gas planets.


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The most spectacular sight on Jupiter's surface is the Great Red Spot, a high-pressure storm gyrating in the opposite direction from Earth's low-pressure hurricanes. We Earthlings have watched this long-lasting storm for almost 400 years, since we invented the telescope in 1608.


Planet Jupiter: Facts About Its Size, Moons and Red Spot
The sulfur its volcanoes spew out gives Io a blotted yellow-orange appearance that is often compared to a pepperoni pizza. As Io orbits Jupiter, the planet's immense gravity causes 'tides' in Io's solid surface that rise 300 feet (100 meters) high, generating enough heat for volcanic activity. The frozen crust of Europa is made up mostly of water ice, and it may hide a liquid ocean holding twice as much water as Earth does.


Surface of Saturn
Surface of Saturn. What makes Saturn huge is its atmosphere. Although it has a surface, it is not as solid as other planets. Saturnâs surface is so dense that the gravity on it is particularly very weak and is only 91% compared to that of Earthâs. It will not allow anyone to take a stroll on the planet.


Planet Jupiter: Facts About Its Size, Moons and Red Spot
Jupiter is the largest planet in the solar system. Fittingly, it was named after the king of the gods in Roman mythology. In a similar manner, the ancient Greeks named the planet after Zeus, the king of the Greek pantheon.


What does George Wilson do in order to figure out who killed his wife?
George Wilson, driven nearly mad by the death of his wife, is desperate to find her killer. Tom Buchanan tells him that Gatsby was the driver of the fatal car. Wilson, who has decided that the driver of the car must also have been Myrtle's lover, shoots Gatsby before committing suicide himself.


The Great Gatsby
George is a listless, impoverished man whose only passion is his love for his wife, Myrtle. He is devastated by Myrtle's affair with Tom. After her death, the magnitude of his grief drives Wilson to murder Jay Gatsby before committing suicide himself.


What does George Wilson do in order to figure out who killed his wife?
George Wilson, driven nearly mad by the death of his wife, is desperate to find her killer. Tom Buchanan tells him that Gatsby was the driver of the fatal car.


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Wilson believes Gatsby killed Myrtle because Wilson saw the yellow car before and he believes that Myrtle went out to speak to his âloverâ but the car didnât stop. Wilson, who thinks Gatsby is the one having a liaison with Myrtle, kills Gatsby, who takes the blame for Daisy.


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Gatsby is killed by George Wilson because he thinks Gatsby was driving the car that killed his wife Myrtle when in fact it was Daisy. Gatsby is found in the pool by Nick Caraw â¦ ay. This is significant as Gatsby previously mentions he has not used the pool all summer, this evokes a strong sense of pathos.


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Wilson belives that Tom killed Myrtle because he saw him driving a yellow car earlier, then he thought that it had been Tom's car. Tom the procedes to tell him that it was Gatsby's car and his fault. Which reveals how selfish and cowardly Tom is, and how much Wilson did actually love his wife.


The Great Gatsby
She shares a loveless marriage with George Wilson, a man who runs a shabby garage. She has been having a long-term affair with Tom Buchanan, and is very jealous of his wife, Daisy. After a fight with her husband, she runs out into the street and is hit and killed by Gatsby's car.


The Great Gatsby
An earthy, vital, and voluptuous woman, Myrtle is desperate to improve her life. She shares a loveless marriage with George Wilson, a man who runs a shabby garage. She has been having a long-term affair with Tom Buchanan, and is very jealous of his wife, Daisy.


The Great Gatsby
Later in the novel, we learn that his real name is James Gatz; he was born in North Dakota to an impoverished farming family. While serving in the Army in World War I, Gatsby met Daisy Fay (now Daisy Buchanan) and fell passionately in love with her.


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Maybe because he wanted to think the problem simply, but nobody knows truly, George Wilson thinks that the murderer is the man who had affairs with Myrtle Wilson, Mr. Wilson's wife. Having convinced himself of false deduction, George Wilson ends up murdering Mr. Gatsby in return.


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The CIA also detailed how much the KGB had budgeted for several of the shuttle-related projects and what academic institutions were targeted by the Sovietsâ shuttle effort. A half-million rubles â then worth roughly $140,000 â had been budgeted for âdocuments on the U.S. shuttle orbiter control system,â the CIA noted.


Why the Soviet space shuttle was left to rot
At the same time, he also took stock of the Soviet's position in space. A year late, he was not alone in wondering why the Americans were building such a large space shuttle. There wasn't much guesswork involved since NASA, being a civilian organization, shared its plans for the new vehicle publicly.


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'Khrushchev's project' Korolev: Only support Korolev had in the government at the time the moon project was approved was from Khrushchev. Chertok: Khrushchev, it seemed, was to blame for such enormous unaffordable projects. This in turn put Ustinov in danger, as Khrushchev's point man for space.


Why didn't NASA build more space shuttles of the same design?
Answer Wiki. Quora User nailed the answer. When the first space shuttles were designed, starting in late 1960's through the 1970s, it was widely thought that another version would be designed in the middle to late 1980s, which would incorporate what was learned, and benefit from continuing advances in materials, etc.


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Russian space scientist Roald Z. Sagdeev spent a large part of his career viewing NASA from the Soviet Unionâs side of the Cold War divide. Sagdeev, the former head of the Russian Space Research Institute, now is the director of the University of Marylandâs East-West Space Science Center.


How the Soviets stole a space shuttle
Nov. 4, 1997 â When U.S. space shuttles started linking up with Russia's Mir space station in 1995, both sides owed a small debt to the old Soviet secret police, the KGB. According to documents obtained by NBC News, it was the KGB that successfully stole the U.S. shuttle design in the '70s and '80s.


AMERICAN HISTORY EXAM REVIEW
The birth of the Space Age following the Soviet launch of Sputnik came out of the confluence of two seemingly incompatible developments. From the end of World War II, the Soviets made rockets their most important military asset.


Why the Soviet space shuttle was left to rot
Just before dawn on the morning of November 15, 1988, the Energiya rocket stood fueled and ready on the launch pad at Baikonur, the Soviet Union's launch site. Mated to the booster was the Buran space shuttle orbiter, ready for its maiden flight. It looked to strongly reminiscent of NASA's Space Transportation System, colloquially known as the space shuttle, but the two spacecraft weren't identical. Footage of Buran's 1988 launch.


How the Soviets stole a space shuttle
That all-Soviet linkup never took place, and the Soviet shuttle was finally abandoned in 1994. But because the Soviet craft was so similar to the U.S. version, designing a Mir linkup for Atlantis and other U.S. shuttles proved simple and efficient.


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Why didn't the Russians beat the Americans in the moon race? Reviewing the matter with hindsight, it might better be asked -- how did they expect to win? The matrix below shows the reasons as given by the main Russian observers of the project.


What is the reducing agent in the following reaction? Pyruvate + NADH + H+ ? Lactate + NAD+ Choose one answer. a.
catabolism (kÉ-tÄb'É-lÄz'Ém) The phase of metabolism in which energy, in the form of ATP, is produced by the breakdown of complex molecules, such as starches, proteins and fats, into simpler ones. Compare anabolism. catabolic adjective.


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Catabolic definition, destructive metabolism; the breaking down in living organisms of more complex substances into simpler ones, with the release of energy (opposed to anabolism). See more. Dictionary.com


catabolism
catabolism caÂ·tabÂ·oÂ·lism (kÉ-tÄb'É-lÄz'Ém) n. The metabolic breakdown of complex molecules into simpler ones, often resulting in a release of energy.


catabolism
destructive metabolism; the breaking down in living organisms of more complex substances into simpler ones, with the release of energy (opposed to anabolism). Origin of catabolism. Greek.


metabolism
Definition of metabolism for English Language Learners biology: the chemical processes by which a plant or an animal uses food, water, etc., to grow and heal and to make energy METABOLISM Defined for Kids


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catabolism definition Biochemical reactions that break down molecules in metabolism. Molecules may be broken down to gain their energy or to prepare them for disposal from the body.


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The ratio of number of residents in zip code 92009 to the number of sex offenders is 5,935 to 1. The number of registered sex offenders compared to the number of residents in this zip code is a lot smaller than the state average.


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The ratio of number of residents in zip code 92009 to the number of sex offenders is 5,935 to 1. The number of registered sex offenders compared to the number of residents in this zip code is a lot smaller than the state average. Zip code 92024 statistics: (Find on map).


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The ratio of number of residents in zip code 92008 to the number of sex offenders is 1,407 to 1. The number of registered sex offenders compared to the number of residents in this zip code is smaller than the state average.


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The ratio of number of residents in zip code 07072 to the number of sex offenders is 13,843 to 1. The number of registered sex offenders compared to the number of residents in this zip code is a lot smaller than the state average.


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The ratio of number of residents in zip code 92024 to the number of sex offenders is 7,693 to 1. The number of registered sex offenders compared to the number of residents in this zip code is a lot smaller than the state average. Zip code 92056 statistics: (Find on map).


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The ratio of number of residents in zip code 92056 to the number of sex offenders is 1,229 to 1. The number of registered sex offenders compared to the number of residents in this zip code is smaller than the state average. Zip code 92078 statistics: (Find on map).


Zip Code 14782, Sinclairville, NY
U.S. ZIP Code Database Get all this data for every U.S. ZIP Code in 1 easy to use database. U.S. ZIP Code Database. Get all this data for every U.S. ZIP Code in 1 easy to use database.


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67% of the 07072 zip code residents lived in the same house 5 years ago. Out of people who lived in different houses, 53% lived in this county. Out of people who lived in different counties, 50% lived in New Jersey.


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95% of the 07072 zip code residents lived in the same house 1 year ago. Out of people who lived in different houses, 28% moved from this county. Out of people who lived in different houses, 16% moved from different county within same state. Out of people who lived in different houses, 29% moved from different state.


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Handwashing - why it's important Washing your hands with soap and warm water can help prevent the spread of infectious diseases... Home tattooing Home tattooing, or getting tattoos overseas, puts you at risk of serious complications that can be debilitating and life-long...


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â¢ Hands are the main pathways of. germ transmission during health care. â¢ Hand hygiene is therefore the most. important measure to avoid the. transmission of harmful germs. and prevent health care-associated. infections. â¢ This brochure explains how and. when to practice hand hygiene.


Dissecting your disinfectant
Perfect disinfectant -- keep in mind that each dental practice has different types of clinical surfaces: contaminated instruments, contaminated bib holders, hands, gloves, protective eyewear/face shields, and masks directly touch these surfaces. Sorry to say, there is no perfect disinfectant.


Hand Hygiene in Dentistry
Hand hygiene refers to the process for the physical removal of dirt, blood, body fluids and transient microorganisms from the hands (hand washing) and /or destruction of microorganisms (hand antisepsis). It is an important measure for preventing the spread of infection and is the cornerstone of good infection control. Direct contact is one of the main modes of transmission of Infectious Diseases. When performed correctly, hand hygiene will remove transient microorganisms from the surface of the skin.


Hand Hygiene in Dentistry
In Dentistry Hands are the parts of the body which are the most exposed to the site of operation, the site of operation is the place where chances of transmission of diseases is the maximum due to the exposure of the underlying structures during a surgery.


Instrument Sterilization in Dentistry
It is important to follow the manufacturerâs instructions for the ultrasonic cleaning cycle. In general, the timer is activated for three to six minutes for loose instruments and ten to twenty minutes for instrument cassettes, and the timing is adjusted as necessary.


Instrument Sterilization in Dentistry
When using ultrasonic cleaners, washers and sterilizers, it is important to always follow the manufacturerâs instructions. It is also important to consult with the manufacturer of dental instruments and devices as needed to ensure complete sterilization and to avoid damage to these items.


Dissecting your disinfectant
Hands touch many objects throughout the day and germs are easily transferred to surfaces, causing cross-contamination. Bacteria will die inside the material of clothing. Sneeze into a sleeve, covering both the nose and the mouth. Another way to break the chain of infection is through frequent hand washing. The following four things are necessary for infection to occur: The presence of a pathogen (infective agent) in sufficient quantity to cause infection. A source of infection -- human, animal, insect, environment.


Instrument Sterilization in Dentistry
Transport of instruments to the sterilization area. Most dental offices have a designated area for instrument reprocessing that is separate from the dental treatment room. This is ideal, since cleaning, sterilizing and storing instruments in the same room where the delivery of patient care is provided increases the risk of cross-contamination.


Hand Hygiene Products Techniques
It is faster, more effective, and better tolerated. by your hands than washing with. soap and water. â¢ Wash your hands with soap and water. when hands are visibly dirty or visibly. soiled with blood or other body fluids. or after using the toilet.


What is the function of the aorta?
The aorta is the artery that carries oxygenated blood from the left ventricle. Because the aorta can stretch (expand), the pressure of the blood leaving the heart is more slowly and regularly transferred to the arteries. The Vena Cava carrys de oxygenated blood that is returning from the body and into the right atruim of the heart and the Aorta is the largest artery of the body which tr â¦ ansports oxygenated blood to the rest of the body.     Hope this helps.     Shirley. 2 people found this useful.


Thoracic aortic disease program
The Aorta and Its Structure. The aorta is the largest artery in the body. It rises from the heart's major pumping chamber, the left ventricle and supplies oxygen-rich blood from the heart to the rest of the body.When the aorta is diseased or compromised it puts all other organ systems at risk.he Aorta and Its Structure. The aorta is the largest artery in the body. It rises from the heart's major pumping chamber, the left ventricle and supplies oxygen-rich blood from the heart to the rest of the body.


Picture of the Aorta
All rights reserved. The aorta is the largest artery in the body. The aorta begins at the top of the left ventricle, the heart's muscular pumping chamber. The heart pumps blood from the left ventricle into the aorta through the aortic valve.Three leaflets on the aortic valve open and close with each heartbeat to allow one-way flow of blood. The aorta is a tube about a foot long and just over an inch in diameter. The aorta is divided into four sections: The ascending aorta rises up from the heart and is about 2 inches long. The coronary arteries branch off the ascending aorta to supply the heart with blood. â¢ The aortic arch curves over the heart, giving rise to branches that bring blood to the head, neck, and arms.


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  The aorta is the largest blood vessel in the body, originating from the left ventricle of the heart and bringing oxygenated blood to all parts of the body in the systemic circulation. The aorta is the main (largest) artery of the circulatory system. The Vena Cava carrys de oxygenated blood that is returning from the body and into the right atruim of the heart and the Aorta is the largest artery of the body which tr â¦ ansports oxygenated blood to the rest of the body.     Hope this helps.     Shirley. 2 people found this useful.


Aorta artery - definition and function
The Aorta is ARTERY that carries BLOOD from the HEART to the body. The largest blood vessel in the body, the aorta arises from the left ventricle. At its widest point the aorta is about one and a half inches in diameter.As the aorta leaves the heart it ascends to curve behind the right atrium.he largest blood vessel in the body, the aorta arises from the left ventricle. At its widest point the aorta is about one and a half inches in diameter. As the aorta leaves the heart it ascends to curve behind the right atrium.


What is the function of the aorta?
The  aorta is the artery that carries oxygena â¦ ted blood from the left  ventricle.   Because the aorta can stretch (expand), the pressure of the  blood leaving the heart is more slowly and regularly transferred to  the arteries.he function of the thoracic aorta is to carry oxygenated blood from the arch of the aorta to the iliac arteries.


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The function of the thoracic aorta is to carry oxygenated blood from the arch of the aorta to the iliac arteries. 18 people found this useful. Edit. Share to: 1  Defining the Aorta As the largest artery in the body, the aorta plays a vital role in delivering oxygen to the wider circulation. The Vena Cava carrys de oxygenated blood that is returning from the body and into the right atruim of the heart and the Aorta is the largest artery of the body which tr â¦ ansports oxygenated blood to the rest of the body.     Hope this helps.     Shirley. 2 people found this useful.


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Abdominal Aorta. The abdominal aorta is the largest artery in the abdomen that provides blood to the organs and tissues of the abdomen, pelvis, and legs. It descends from the thorax as a continuation of the thoracic aorta and branches several times to form the major arteries of the abdomen.bdominal Aorta. The abdominal aorta is the largest artery in the abdomen that provides blood to the organs and tissues of the abdomen, pelvis, and legs. It descends from the thorax as a continuation of the thoracic aorta and branches several times to form the major arteries of the abdomen.


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Media in category Posttraumatic stress disorder. The following 30 files are in this category, out of 30 total. Allee, my assistance dog..jpeg 1.95 MB. Art of War, Service members use art to relieve PTSD symptoms DVIDS579803.jpg 4.59 MB. Biofeedback training program for post-traumatic stress symptoms.jpg 922 KB.


The Legend of Korra
From Wikipedia, the free encyclopedia. The main article for this category is Posttraumatic stress disorder. This category has the following 2 subcategories, out of 2 total. âº Documentary films about posttraumatic stress disorderâ (14 P) âº Posttraumatic stress disorder in fictionâ (1 C, 22 P) The following 34 pages are in this category, out of 34 total.


Posttraumatic stress disorder
PTSD was classified as an anxiety disorder in the DSM-IV, but has since been reclassified as a trauma- and stressor-related disorder in the DSM-5. The characteristic symptoms are not present before exposure to the traumatic event.


Posttraumatic stress disorder
Men are more likely to experience a traumatic event, but women are more likely to experience the kind of high-impact traumatic event that can lead to PTSD, such as interpersonal violence and sexual assault. Posttraumatic stress reactions have not been studied as well in children and adolescents as adults.


Posttraumatic stress disorder
Posttraumatic stress disorder (PTSD) is a mental disorder that can develop after a person is exposed to a traumatic event, such as sexual assault, warfare, traffic collisions, or other threats on a person's life.


Posttraumatic stress disorder
Most people who have experienced a traumatic event will not develop PTSD. People who experience interpersonal trauma (for example rape or child abuse) are more likely to develop PTSD, as compared to people who experience non-assault based trauma such as accidents and natural disasters.


Hurricane Lili
Hurricane Lili. Hurricane Lili was the second deadliest and second costliest hurricane of the 2002 Atlantic hurricane season, being surpassed by Hurricane Isidore, which affected the same areas around a week before Lili. Lili was the twelfth named storm, fourth hurricane, and second major hurricane of the 2002 Atlantic hurricane season. The storm developed from a tropical disturbance in the open Atlantic on September 21.


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Category 1 Hurricane 10/01/2002 : 06 GMT: 21.0: 82.2: 85: 970: Category 1 Hurricane 10/01/2002 : 12 GMT: 21.6: 83.2: 105: 971: Category 2 Hurricane 10/01/2002 : 18 GMT: 22.4: 84.4: 105: 971: Category 2 Hurricane 10/02/2002 : 00 GMT: 23.0: 85.7: 105: 967: Category 2 Hurricane 10/02/2002 : 06 GMT: 23.6: 87.2: 115: 962: Major Hurricane 10/02/2002 : 12 GMT: 24.4: 88.3: 125: 952


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Into the vastness of the warmer waters of the Gulf of Mexico, where water temperatures are between 85 and 87 degrees in late September and early October. Lili was also moving much faster than Isidore did as it moved at 12 to 16 mph.


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Category 1 Hurricane 10/01/2002 : 12 GMT: 21.6: 83.2: 105: 971: Category 2 Hurricane 10/01/2002 : 18 GMT: 22.4: 84.4: 105: 971: Category 2 Hurricane 10/02/2002 : 00 GMT: 23.0: 85.7: 105: 967: Category 2 Hurricane 10/02/2002 : 06 GMT: 23.6: 87.2: 115: 962: Major Hurricane 10/02/2002 : 12 GMT: 24.4: 88.3: 125: 952: Major Hurricane 10/02/2002 : 18 GMT: 25.4: 89.5: 140: 941: Major Hurricane 10/03/2002 : 00 GMT: 26.7: 90.3: 145: 940: Major Hurricane 10/03/2002 : 06 GMT: 28.1: 91.4: 120: 957: Major Hurricane 10/03/2002 : 12 GMT: 29.2: 92.1: 90: 962: Category 1 Hurricane 10/03/2002 : 18 GMT: 30.5


Hurricane Lili
Hurricane Lili shortly after landfall in Louisiana on October 3 Hurricane Lili was both the second deadliest and the second most devastating hurricane of the 2002 Atlantic hurricane season (Isidore killed 22 people and damaged $1.3 billion worth of property). A total of 13 people died in the Caribbean Islands, and 2 more were killed in the United States.


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With its 140 mph winds, and in an environment very favorable for further intensification, Hurricane Lili continued to bare down on the Big Easy. In Texas, some 330,000 people were evacuated from areas such as Galveston in anticipation of the storm although by the time Lili reached Category Four status, it was no longer a threat to any portion of Texas.


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Category 1 Hurricane 09/30/2002 : 18 GMT: 20.0: 80.3: 75: 984: Category 1 Hurricane 10/01/2002 : 00 GMT: 20.5: 81.1: 80: 978: Category 1 Hurricane 10/01/2002 : 06 GMT: 21.0: 82.2: 85: 970: Category 1 Hurricane 10/01/2002 : 12 GMT: 21.6: 83.2: 105: 971: Category 2 Hurricane 10/01/2002 : 18 GMT: 22.4: 84.4: 105: 971: Category 2 Hurricane 10/02/2002 : 00 GMT: 23.0: 85.7: 105: 967


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After Hurricane Lili left Western Cuba and entered the Southern Gulf of Mexico, it had winds of 100 mph. However, the storm's path would diverge from its predecessor Isidore, and as a result, Lili would take on more of a menacing look. Instead of the storm tracking to the West, Lili headed in a more northwesterly direction.


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Category 1 Hurricane 10/01/2002 : 00 GMT: 20.5: 81.1: 80: 978: Category 1 Hurricane 10/01/2002 : 06 GMT: 21.0: 82.2: 85: 970: Category 1 Hurricane 10/01/2002 : 12 GMT: 21.6: 83.2: 105: 971: Category 2 Hurricane 10/01/2002 : 18 GMT: 22.4: 84.4: 105: 971: Category 2 Hurricane 10/02/2002 : 00 GMT: 23.0: 85.7: 105: 967: Category 2 Hurricane 10/02/2002 : 06 GMT: 23.6: 87.2: 115: 962


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Hurricane Lili is only the fourth hurricane and second major hurricane of the 2002 Atlantic Hurricane Season. However, it had strengthened to a dangerous Category Four Hurricane with 140 mph winds, and was baring down on a major metropolitan area that was one of the most vulnerable cities to a hurricane.


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There seem to be as many hazards created by moving machine parts as there are types of machines. Safeguards are essential for protecting workers from needless and preventable injuries. A good rule to remember is: Any machine part, function, or process which many cause injury must be safeguarded.


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A small tool which is dropped into a cycling machine could easily become a projectile that could strike and injure someone. Create no new hazards: A safeguard defeats its own purpose if it creates a hazard of its own such as a shear point, a jagged edge, or an unfinished surface which can cause a laceration.