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They receive messages from the ears so that you can recognise sound and messages. This part of the brain also recognises speech and is how you understand what someone says to you. It also helps your sense of smell. Your short term memory is also kept here. Cerebellum. The cerebellum sits at the back of the brain and controls your sense of balance.


Withdrawal reflex
body part from the hot object. The heat stimulates temperature and pain receptors in the skin, triggering a sensory impulse that travels to the central nervous system.


Anatomy of the brain and spine
It sits at the top of the spine and receives messages from the rest of the body. In some ways this is the most important part of the brain because it keeps you alive. Hurting this part of the brain is very serious. Ventricles. The ventricles make the cerebrospinal fluid (CSF) that protect and cushion the brain and spinal cord.


With Which Part of The Brain Do We smell?
There is a second special characteristic of the sense of smell. For all the other senses (seeing, hearing, tasting, touching), the information from the sensory organs (the eyes, the ears, the skin, the tongue) travels through a brains structure called the thalamus (from Greek: room). The thalamus is something like a gate to our consciousness.


An Overview of the Brain
It is made of three parts: the midbrain, pons, and medulla oblongata. 1  The midbrain is located between the pons and the cerebral hemispheres. 2  The pons sends messages between the cerebrum and cerebellum and the spinal cord. 3  The medulla oblongata connects the brain with the spinal cord.


Which part of the brain is responsible for relaying sensory information to the cerebral cortex?
What part of the brain serves as the relay station for receiving information from the sense organs and sending it to the cerebral cortex for processing?


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Here we will discuss the parts of the brain with reference to the cerebrum, the diencephalon, the cerebellum, and the brain stem. The brainâs four ventricles are called, in turn, the two lateral ventricles, the third ventricle, and the fourth ventricle.


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The cerebrum receives information from all the sense organs and sends motor commands (signals that result in activity in the muscles or glands) to other parts of the brain and the rest of the body. Motor commands are tran st top of the cerebrum just in front of the central sulcus. The sensory cortex, a parallel strip of cerebral cortex just in back of the central sulcus, receives input from the sense organs.


Biology Ch 5-16
Neurons are the functional unit of the nervous system. A neuron consists of three major. parts â a cell body that contains nucleus, dendrites which receive signals, and a long axon. that carries the signal to the next cell.


Human brain
The brain consists of the: 1  cerebrum. 2  cerebellum. 3  brain stem. 4  diencephalon (thalamus and hypothalamus) 5  limbic system. 6  reticular activating system.


Brain
An important component of the system is the reticular formation, a group of neuron-clusters scattered diffusely through the core of the lower brain. Reticular neurons send signals to the thalamus, which in turn sends activity-level-controlling signals to every part of the cortex.


An Overview of the Brain
Here are some examples of functions that the brain controls: The brain is like a busy city. Each part has different functions and is made up of different types of cells. To work, different parts of the brain need to send messages to each other, and to other parts of the body. Read further to find out about the different parts of the brain and what they do, how the brain is organized, and what parts make up the brain.


Brain's Link Between Sounds, Smells and Memory Revealed
The same part of the brain that's in charge of processing our senses is also responsible, at least in part, for storing emotional memories, a new study suggest. The same part of the brain that's in charge of processing our senses is also responsible, at least in part, for storing emotional memories, a new study suggest.


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Then have the students figure out which part of the brain the message is going to. They may want to identify each section on their models of the brain. Module 3


Chapter 13: The Brain
convey impulses to lower parts of the CNS (thalamus, brain stem, or spinal cord) or vise versa. Location and function of cerebral motor areas Primary motor area- [frontal lobe] precentral gyrus, premotor area .


Visual perception
Transduction involves chemical messages sent from the photoreceptors to the bipolar cells to the ganglion cells. Several photoreceptors may send their information to one ganglion cell. There are two types of ganglion cells: red/green and yellow/blue. These neuron cells constantly fireâeven when not stimulated.


How We Feel Pain: Overview of the Nervous System
The brain does not have to tell your foot to move away from the rock because the dorsal horn has already sent that message. If your brain is the bodyâs CEO, then the spinal cord is middle management. How Your Brain Sees Pain. Even though the spinal reflex takes place at the dorsal horn, the pain signal continues to the brain.


Chapter 8, Biology
Energy stored in ATP is released by breaking the chemical bond between the second and third phosphates. atp ____ is used by all types of cells as their basic energy source.


cellular respiration test
Glucose and _______ are consumed during cellular respiration. Upon entering the mitochondria, pyruvic acid molecules are converted to _____ molecules to be used in the citric acid cycle. In a eukaryotic cell, most of the ATP derived from glucose during cellular respiration is produced by ... etc Most of the ATP produced by the electron transport chain is generated from the oxidative phosphorylation of NADH and ____ .


What are the outside layers of a plasma membrane made up of?
Plasma membrane- The membrane enclosing a cell is made up of two lipid layers called a bilipid membrane. The lipids that are present in the plasma membrane are called phospholipids. These lipid layers are made up of a number of fatty acid building blocks.


How is 36 ATP produced in cellular respiration?
First off, letâs divide the 36 ATP into three parts â ATP that comes from glycolysis, and ATP that comes from the Krebs Cycle and the Electron Transport Chain. glycolysis Glycolysis is the process that breaks down the 6-carbon glucose into 3-carbon pyruvate, which is a substrate for the link reaction.


What Organelle Produces ATP?
Quick Answer. The mitochondria inside a cell produces ATP, or adenosine triphosphate. Cellular respiration is responsible for ATP production, a process in which ATP production occurs after biochemical energy from nutrients is converted. The mitochondria, also called the powerhouse of a cell, is present in large numbers in almost every cell in the body.


The Importance of Water In Digestion and The Digestive System
The cornerstone for functioning of the entire body is the digestive system, and water plays an important part in correct digestion. Digestion supplies the energy for your body. Without enough energy the organs throughout the body donât function correctly, you may feel fatigued, you may be in a brain fog and you could experience memory loss, just to mention a few of the more minor problems.


Digestive System
Understanding the Digestive System As you chew your food and swallow, the food travels through your esophagus -- which is the tube that connects your mouth to your stomach. In the stomach, strong acids and enzymes digest, or break down, the food into small particles.


Transit through the Alimentary Canal  (Digestive System)
The liver is an accessory organ (i.e. it assists the digestive process, e.g. by supplying substances useful to the digestive process - but ingested material does not pass through the liver). The liver is the largest organ in the body, the skin being the largest organ of the body.


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The colon is a tube that connects the rectum and anus to the small intestine and absorbs certain nutrients. This eMedTV Web page discusses the function of the colon in more detail and explains its role as part of the digestive system.


Transit through the Alimentary Canal  (Digestive System)
The diagram of the digestive system on the right is a schematic diagram, meaning that the parts of the digestive system are not really spaced-out as clearly as indicated in this diagram. They are shown this way to make it easier to see the route through the digestive tract and so in which order each part is reached.


The Importance of Water In Digestion and The Digestive System
Without those two substances the contents stay acidic as they pass through the small intestine instead of being converted into an alkaline state. Unfortunately, the good digestive bacteria that like an alkaline state and donât function in the acidic environment so, in essence, the food does not properly digest.


DNA Models
Deoxyribonucleic acid, or DNA, carries the hereditary information. DNA and proteins make up the chromosomes of cells. Although the chemical composition of DNA was known in the 1920s, its structure was not determined until the 1950s. James D. Watson and Francis H. C. Crick worked out the structure of DNA in 1953, after long months of research.


Bio Chapter 10 Multiple Choice
Suppose that you are given a polypeptide sequence containing the following sequence of amino acids; tyrosine, proline, aspartic acid, isoleucine, and cysteine. Use the portion of the genetic code given in the table below to determine the DNA sequence that codes for this polypeptide sequence. ATGGGTCTATATACG.


Bio Chapter 10 Multiple Choice
Transcription is the process by which genetic information encoded in DNA is transferred to a RNA molecule Each nucleotide triplet in mRNA that specifies a particular amino acid is called a


Bio Chapter 10 Multiple Choice
Use the portion of the genetic code given in the table below to determine the DNA sequence that codes for this polypeptide sequence. atgggtctatatacg Each of the following is a type of RNA except


DNA Models
Watson, Crick and Maurice Wilkins shared the 1962 Nobel Prize for this important discovery. DNA is made up of molecules of the sugar deoxyribose, phosphate groups, and nitrogen bases. The basic unit of DNA, the nucleotide, is made up of one of each. A molecule of DNA may contain as many as 200,000 nucleotides.


DNA Models
DNA can replicate itself. In this way, the hereditary information encoded in its structure is parsed on to new cells formed by mitosis. During replication, the DNA double helix untwists, and the bonds between the nitrogen bases of each rung break.


DNA Models
In this way two identical DNA molecules are formed. 1  Lay your DNA model flat on the table. 2  Then prepare 20 more nucleotides as you did in Part II. 3  Matching C with G and A with T, attach new nucleotides to both strands of your DNA model, using short pieces of tape. 4  Cut apart more rungs as you work along your model.


DNA Models
Figure 3 shows the structures of the four nitrogen bases found in DNA. Note the symbols for the bases. A nucleotide consists of one nitrogen base, one phosphate group, and one deoxyribose molecule. Study Figure 4 to see how the phosphate group, deoxyribose molecule, and nitrogen base are related in a nucleotide.


DNA Models
Part II. 1  Making Models of DNA. 2  Cut out the phosphate, deoxyribose, and nitrogen base symbols below. Paste them onto a piece of cardboard and cut them out. 3  Then rise the cardboard symbols to trace symbols on construction paper. Trace and cut out 20 each of the phosphate and deoxyribose symbols and 5 of each nitrogen base symbol.


DNA Models
The pyrimidines have a one-ring structure; they are cytosine (C) and thymine (T). 1  Figure 3 shows the structures of the four nitrogen bases found in DNA. Note the symbols for the bases. 2  A nucleotide consists of one nitrogen base, one phosphate group, and one deoxyribose molecule.


Connecting to ODBC Databases from Python with pyodbc
In the pyodbc.connect() call, replace MSSQL-PYTHON with the name of your SQL Server ODBC driver data source. Note In Python 3.0, the print statement was replaced with the print() function. If you are using Python 3.0, you need to change the line print row.table_name to print(row.table_name) .yodbc 3.0.x. 1  Download the source distribution from the pyodbc web site. 2  Copy the distribution file to your Python machine, unzip and cd into the directory created by unzipping the file. 3  To build pyodbc against unixODBC, you need to tell the compiler and linker where to find the unixODBC include files and libraries.


ALTER FUNCTION (Transact-SQL)
Is the return value of a scalar user-defined function. For Transact-SQL functions, all data types, including CLR user-defined types, are allowed except the timestamp data type. For CLR functions, all data types, including CLR user-defined types, are allowed except the text, ntext, image, and timestamp data types.pecifies that a series of Transact-SQL statements, which together do not produce a side effect such as modifying a table, define the value of the function. function_body is used only in scalar functions and multistatement table-valued functions.


Connecting to ODBC Databases from Python with pyodbc
pyodbc is a Python DB conformant module for ODBC databases. This tutorial shows how to use pyodbc with an ODBC driver, which you can download from this site. You can then connect Python on Linux and Unix to remote database such as Microsoft SQL Server, Oracle, DB2, Microsoft Access, Sybase ASE and InterBase.yodbc 3.0.x. 1  Download the source distribution from the pyodbc web site. 2  Copy the distribution file to your Python machine, unzip and cd into the directory created by unzipping the file. 3  To build pyodbc against unixODBC, you need to tell the compiler and linker where to find the unixODBC include files and libraries.


Return type
Any method that is not declared void must contain a return statement with a corresponding return value, like this: The data type of the return value must match the method's declared return type; you can't return an integer value from a method declared to return a boolean.The getArea() method in the Rectangle Rectangle class that was discussed in the sections on objects returns an integer:ithin the body of the method, you use the return statement to return the value. Any method declared void doesn't return a value. It does not need to contain a return statement, but it may do so.


Connecting to ODBC Databases from Python with pyodbc
pyodbc is an open source Python module that provides access to ODBC databases. pyodbc implements the Python DB API 2.0 specification. The Python DB API defines a database-neutral interface to data stored in relational databases.yodbc 3.0.x. 1  Download the source distribution from the pyodbc web site. 2  Copy the distribution file to your Python machine, unzip and cd into the directory created by unzipping the file. 3  To build pyodbc against unixODBC, you need to tell the compiler and linker where to find the unixODBC include files and libraries.


Python data types
In this part of the Python programming tutorial, we will talk about Python data types. Computer programs work with data. Spreadsheets, text editors, calculators or chat clients. Tools to work with various data types are essential part of a modern computer language.According to the wikipedia definition, a data type is a set of values, and the allowable operations on those values. Python has a great set of useful data types.n this part of the Python programming tutorial, we will talk about Python data types. Computer programs work with data. Spreadsheets, text editors, calculators or chat clients. Tools to work with various data types are essential part of a modern computer language.


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According to PEP249, Cursor.execute has no defined return values. pyodbc, however, seems to make it return a cursor object; the docs say so, too, albeit rather briefly:owever, it does look like there are cases where it returns 0. It looks like this is covered in the README.md as well. The DB API specification does not specify the return value of Cursor.execute. Previous versions of pyodbc (2.0.x) returned different values, but the 2.1 versions always return the Cursor itself.


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Connect to a Database. Make a direct connection to a database and create a cursor. Make a connection using a DSN. Since DSNs usually don't store passwords, you'll probably need to provide the PWD keyword.There are lots of options when connecting, so see the connect function and ConnectionStrings for more details.onnect to a Database. Make a direct connection to a database and create a cursor. Make a connection using a DSN. Since DSNs usually don't store passwords, you'll probably need to provide the PWD keyword. There are lots of options when connecting, so see the connect function and ConnectionStrings for more details.


Connecting to ODBC Databases from Python with pyodbc
Oracle Python Example. To connect to a different DBMS, the only change to the Python code (shown in the previous section) that you need to make is the data source name. For example: ORACLE-PYTHON is an Oracle ODBC driver data source that we used with pyodbc to connect Python to an Oracle database.yodbc 3.0.x. 1  Download the source distribution from the pyodbc web site. 2  Copy the distribution file to your Python machine, unzip and cd into the directory created by unzipping the file. 3  To build pyodbc against unixODBC, you need to tell the compiler and linker where to find the unixODBC include files and libraries.


CYB3RCRIM3
Under the influential Model Penal Code, abandonment is a defense to a charge of attempt. As Wikipedia explains, under the Model Penal Code âthe defendant is not guilty of an attempt if they (1) abandon the effort to commit the crime or prevent the crime from being committed, and (2) their behavior manifests a complete and voluntary renunciation of the criminal purpose (MPC Â§ 5.01(4)).â


Abandonment Withdrawal
Am abandonment or withdrawal is negated if the defendant maintains contact or affiliations with the conspirators, as this proves that the defendant has not disavowed all ties as implied by his or her abandonment or withdrawal defense.


Child Abandonment
Other states classify child abandonment as a misdemeanor (with lesser penalties), including situations that involve non-physical acts of abandonment. In general, child abandonment occurs when: A parent, guardian, or other person having physical custody or control of a child


Abandonment Law and Legal Definition
Statutes don't necessarily provide a time period to define abandonment, but often base the finding of abandonment on evidence of an intention not to return. Abandonment is also used in bankruptcy law to define what property constitutes the estate of the debtor to be administered by the trustee. Property of the estate may be abandoned at the instigation of the trustee if it is of inconsequential value and benefit to the estate. This method of abandonment has been referred to as proposed abandonment.


abandonment
b: the affirmative defense (as recognized under the Model Penal Code) of voluntary withdrawal from the commission of a crime resulting from the actor's change of heart and not from intervening circumstances


Abandonment or Withdrawal From Crime
When a defendant makes the defense of withdrawal or abandonment, s/he must prove the withdrawal or abandonment before the court[viii]. However, withdrawal or abandonment will not be fulfilled by the mere cessation of activities of the co-conspirators[ix].


abandon 1
to leave completely and finally; forsake utterly; desert: to abandon one's farm; to abandon a child; to abandon a sinking ship. to give up; discontinue; withdraw from: to abandon a research project; to abandon hopes for a stage career. to give up the control of: to abandon a city to an enemy army.


Shared Flashcard Set
When is abandonment a defense to an attempt crime? Definition in most jurisdictions, a person can only raise the defense of abandonment if he abanonds in the mere preparation stage. Once he has taken the affirmative step towards committing the crime, abandonment is no longer valid.


CYB3RCRIM3
The argument for recognizing abandonment as a defense is that, since attempt crimes are by definition incomplete crimes, recognizing abandonment can give criminals a reason to change their mind and not proceed with the attempt (which, of course, assumes theyâre familiar with the nuances of attempt law).


Abandonment In A Construction Contract
When this happens, it is referred to as abandonment of a construction project. Abandonment of a construction project without a valid, legal excuse is cause for disciplinary actions, i.e., the contractor reimbursing the owner for any costs incurred as a result. When faced with abandonment charges, whether contract abandonment or abandonment of a construction project, itâs highly recommended that contractors seek the counsel of a construction attorney in Jacksonville.


Are there any physiological changes in the tear glands of human males post puberty?
The truth is that the water which is excreted through the tear duct whilst you sleep is desinged to keep the surface of the eye and the eyelid lubricated so that the surface of the eye does not dry out; the same reason why you blink when your awake.


Eyes, Ears, Nose, Throat and - Eyes Ears Nose Throat and...
Eyes, Ears, Nose, Throat and - Eyes Ears Nose Throat and... 1  34 pages. neuro. Neuro Exam Introduction Introduction Neurological system consists of Central nervo. 2  46 pages. health assessment class2. Class 2 notes Health Promotion General Survey Mental Status Exam and Vital Signs Leve. 3  33 pages. head and face.


Are there any physiological changes in the tear glands of human males post puberty?
, Been a teenager, and survived. Boys, indeed men do cry for emotional reasons, although not as outwardly as women, or at least that is seen to be the protocol. On the other hand, what you may find is that it is an overactive tear duct.


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Eye Anatomy Cont â¢ The exposed part of the eye has a transparent protecÂ±ve covering, the conjunctva . The conjuncÂ±va is a thin mucous membrane folded like an envelope between the eyelids and the eyeball. The palpebral conjunctva lines the lids and is clear, with many small blood vessels.


Are there any physiological changes in the tear glands of human males post puberty?
Subconciously, if you are in a very hot room, and the brain thinks that your eyes are drying, it will make the tear ducts excrete water across the eye to keep it moist. The residue in the corner of your eye, the sandy man is actually the salt which remains when the natural saline soloution of the water (tears) when it has evaporated.


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A purpose of the eyelids that you might not think of is that they help keep the surface of the eye moist by spreading tears and other natural secretions. Tears & Secretions. There's a clear, moist membrane that lines the inner surface of your eyelids and the outer surface of the eyeball called the conjunctiva. This delicate membrane secretes mucus, which helps keep your eye moist. Keeping the eye moist is an important job, but because the conjunctiva is a continual membrane, it serves another interesting purpose.


Are there any physiological changes in the tear glands of human males post puberty?
By that I mean, when you wake up do you find a bit of damp on your pillow case, particularly if you sleep on your side. Also if you have a ultra small piece of salt residue in your eye, near the tear duct in the lower eye-lid (what we often tell very small children is there is a magic person called sandy man who puts it there).


The Eyes and Vision
The places where the eyelids meet are called the inner canthus and the outer canthus. The conjunctiva is a clear, moist membrane that lines the inner surface of your eyelids and the outer surface of the eyeball. It helps keep your eye moist, along with tears that are produced by the lacrimal glands.


Eye
â¢ The palpebral fssure of the ellipitcal open space between the eyelids. â¢ The lower lid margin is just at the limbus , the border between the cornea and sclera. â¢ The canthus is the corner of the eye , the angle where the lids meet. â¢ At the inner canthus the caruncle is a small Feshy mass containing sebaceous glands.


Function & Structure of the Eyes
A purpose of the eyelids that you might not think of is that they help keep the surface of the eye moist by spreading tears and other natural secretions. Tears & Secretions There's a clear, moist membrane that lines the inner surface of your eyelids and the outer surface of the eyeball called the conjunctiva.


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Proximal part of the humerus. A few structures in the proximal part of the humerus play a vital role in the formation of the shoulder joint. These structures are as follows: Head of the humerus: it is spherical in shape and articulates with the glenoid cavity in the scapula. Greater and lesser tubercles: projections found on the proximal part of the


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Humerus and Shoulder Joint

This freedom of movements results from the looseness of the articular capsule and shallowness of the glenoid cavity in relation to the large size of the head of humerus.

Although the ligaments of the shoulder strengthen it to some extent, most of the strength results from the muscle surround the joint, especially rotator cuff muscles.

Shoulder Joint


Humerus
The word humerus is derived from Latin: humerus, umerus meaning upper arm, shoulder, and is linguistically related to Gothic ams shoulder and Greek Åmos. Structure Articulations. At the shoulder, the head of the humerus articulates with the glenoid fossa of the scapula. More distally, at the elbow, the capitulum of the humerus articulates with the head of the radius, and the trochlea of the humerus articulates with the trochlear notch of the ulna. Diagram of the human shoulder joint. The left shoulder and acromioclavicular joints, and the proper ligaments of the scapula.


Chapter 8 - Study Notes
Where is the glenoid cavity held, where does it articulate and what does it form? Held in the scapular head, articulates with the humerus and forms the shoulder joint (glenohumeral joint) What are the two processes of the glenoid cavity and how are they distinguishable?


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First, the large spherical head of the humerus articulates against the small shallow glenoid fossa of the scapula (only 25â30% of the humeral head is covered by the glenoid surface). Second, the bony surfaces of the joint are largely incongruent (flat glenoid and round humerus). However, the congruence is


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Start studying A&P Bones forming the shoulder girdle and upper extremities. Learn vocabulary, terms, and more with flashcards, games, and other study tools. Search


Saint Barbara order inducts WWII vet
Ancient Order of Saint Barbara The Ancient Order of Saint Barbara recognizes individuals who have performed long-term, exceptional service on behalf of Field Artillery. It links men and women, past and present, in a brotherhood of professionalism, selfless service and sacrifices symbolized by Saint Barbara, the patron saint of Field Artillery.


Saint Barbara order inducts WWII vet
â The APG chapter of the U.S. Field Artillery Association welcomed 13 new members during its annual Saint Barbaraâs Day Celebration at Top of the Bay Saturday, Feb. 11. Inductions are a normal part of the observance but one stood out from the rest as the chapter welcomed a local World War II veteran into its folds.


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Large Saint Barbara Statue 8 resin statue on 4 resin base: Price: $135.00 MORE INFO


Artilleryman receives high honor
Saint Barbara was adopted as the patron saint of artillery to help protect the men from fires and sudden death. The Honorable Order of St. Barbara is only awarded to Soldiers that have the highest standards of professionalism while helping to improve the field artillery community.


St. Barbara's Feast Day Ritual
In the present calendars, the Feast of Saint Barbara falls on December 4th, and is traditionally recognized by a formal Dining-In or military dinner, often involving presentation of the Order of Saint Barbara. The Order of Saint Barbara is an honorary military society of the United States Field Artillery. Both U.S. Marine and Army field artillery, along with their miltary and civilian supporters are eligible for membership. There are two levels of recognition. The most distinguished is the Ancient Order of Saint Barbara, and those who are selected for this honor have achieved long-term, exceptional service to the field artillery surpassing even their brethren in the Honorable Order of Saint Barbara. Members of the Orders are permitted to award the Medallion of Saint Barbara to artillerymen who are members of the Field Artillery Association for various achievements.


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Artillery Order of Molly Pitcher replacement medal: Price: $15.00 SELECT VERSION


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Molly Pitcher & Saint Barbara Lapel Pins - must be recipient to order: Price: $9.00 SELECT VERSION


Saint Barbara order inducts WWII vet
Col. James P. Ross, president of the APG U.S. Field Artillery Association chapter, left, presents the Honorable Order of Saint Barbara to inductee Robert âBobâ W. Smith a World War II veteran from Bel Air, during the Saint Barbara's Day Celebration Ball at Top of the Bay Feb. 11, 2017. | Photo by Mindy Kaye Photography


St. Barbara's Feast Day Ritual
Friday Dec 4th is the Feast Day of St. Barbara, patron saint of artillerymen. We start off with the Master of Ceremony calling the body to order, and recognizes: (1) Anyone who has received the Order of St. Barbara or Molly Pitcher, and then (2) Those who have received a Medallion of St. Barbara..


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Honorable Order of Saint Barbara replacement medal: Price: $15.00 SELECT VERSION


Plant reproductive morphology
Sexual Reproduction in Flowering Plants. 1  Stamen is the male reproductive part, which produces pollen grains (yellowish substance). 2  Carpel, which is present in the center of a flower, is the female reproductive part. 3  Carpel is made of three parts.


Human Physiology/The male reproductive system
The male reproductive system consists of the testes and a series of ducts and glands. Sperm are produced in the testes and are transported through the reproductive ducts. These ducts include the epididymis, ductus deferens, ejaculatory duct and urethra. The reproductive glands produce secretions that become part of semen, the fluid that is ejaculated from the urethra. These glands include the seminal vesicles, prostate gland, and bulbourethral glands. Structure The human male reproductive system Testes The testes (singular, testis) are located in the scrotum (a sac of skin between


Biology - Sexual Reproduction
Female Reproductive System. 1  The female germ-cells or eggs are produced in the ovaries. 2  The egg is transported from the ovary to the womb through a thin oviduct known as fallopian tube. 3  The two oviducts unite and form an elastic bag-like structure known as the uterus, which opens into the vagina through the cervix.


Medical Director, Jananam Fertility Center
The male reproductive system is made up of the testes within which sperms are produced and a rather complicated system of tubules through which sperms are transported. The reproductive organs of the male are both inside and outside the abdomen. The parts of the male reproductive system include-The testes â which is the organ that produces the sperms. The duct ( tube ) system, which is made up of the epididymis and the vas deferens which store and transport the sperms


Reproductive system
The presentation is aimed at discussing the reproductive system by discussing the various organs and the roles they play in the reproduction process. The organs discussed are both of the male and female reproductive system. The paper also explains in detailed the processes of sperm release and ovulation that finally brings about fertilization. Introduction


Human Reproductive System
Sexual Reproduction. 1  The reproductive parts in animals produce gametes that fuse to form a zygote. It is the zygote which develops into a new individual. 2  The male reproductive organs include a pair of testes (singular, testis), two sperm ducts and a penis. The testes produce the male gametes called sperms. The female reproductive organs are a pair of ovaries, oviducts (fallopian tubes) and the uterus. Ovary produces female gametes called ova (eggs).


Reproductive System
The male genitals include: 1  the testicles. 2  the duct system, which is made up of the epididymis and the vas deferens. 3  the accessory glands, which include the seminal vesicles and prostate gland. 4  the penis.


Male Fertility â Parts & Functions of the Male Reproductive System
Male fertility: parts and functions of the male reproductive system. Male fertility is defined as the ability of men to cause pregnancy in women and subsequently have a baby. In this sense, and for a man to be able to conceive, it is necessary for his reproductive system to work properly. In short, for a male to be considered fertile, the following processes are necessary: The testes have to produce enough sperm in terms of quantity and quality in order to be able to fertilize the femaleâs egg cell.


Sperm
Sperm is the male reproductive cell and is derived from the Greek word sperma. In the types of sexual reproduction known as anisogamy and its subtype oogamy, there is a marked difference in the size of the gametes with the smaller one being termed the male or sperm cell. A uniflagellar sperm cell that is motile is referred to as a spermatozoon, whereas a non-motile sperm cell is referred to as a spermatium. Sperm cells cannot divide and have a limited life span, but after fusion with egg cells


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The asthenosphere is the layer of the Earth that lies below the lithosphere. It is a layer of solid rock that has so much pressure and heat the rocks are can flow like a liquid.


Outer layers of the Earth
The solid, plastic layer of the mantle beneath the lithosphere; made of mantle rock that flows very slowly, which allows tectonic plates to move on top of it. Mesosphere The strong, lower part of the mantle between the asthenosphere and the outer core.


Differences between the Earthsâ Lithosphere and Asthenosphere
LAB depicts the transition from hot mantle in the asthenosphere to the colder and more rigid lithosphere above. The lithosphere is characterised by conductive heat transfer whereas the asthenosphere is a boundary with advective heat transfer.


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Assorted References. 1  continental drift (in continental drift) 2  crustâmantle model (in crustâmantle model) 3  lithosphere (in Earth (planet): The outer shell) 4  plate tectonics (in plate tectonics: Principles of plate tectonics) (in North America: General considerations)


Asthenosphere
Rocks in upper mantle The rocks in the upper mantle can be part of the lithosphere or the asthenosphere. Lithosphere rocks are solid and rigid. Rocks below the lithosphere flow and break apart.


Differences between the Earthsâ Lithosphere and Asthenosphere
This layer that maintains life on earth is called the lithosphere. The Lithosphere is composed of the crust and upper most solid mantle. While the Asthenosphere, which lies beneath the lithosphere, is composed of the upper most weaker part of the mantle. As we move from the lithosphere to the asthenosphere the temperature increases. This increase in temperature as well as extreme pressure causes rocks to become plastic.


The Asthenosphere is a part of the crust or the mantle ?
Best Answer: asthenosphere, a relatively narrow, mobile zone of the mantle made of molten and solid rock that flows from convection currents to carry the lithospheric plates above.. . The asthenosphere is a part of the upper mantle that exhibits plastic properties. It is located below the lithosphere (the crust and upper mantle), between about 100 and 250 kilometers deep.


Asthenosphere: Definition, Temperature & Density
The asthenosphere is a layer of the inner earth where the crust begins to melt into the mantle. This lesson will discuss the important properties... for Teachers for Schools for Companies


Chapter 3 Test
cell in nervous system that plays a role in the formation of myelin and the blood barrier, responds to injury, remove debris and enhance learning and memory. Action Potential electrical impulse that travels down the axon triggering the release of neurotransmitters


Visual Guide to Your Nervous System
Made up of billions of nerve cells called neurons, your nervous system is what lets you do everything from breathe to walk to dream. It has two main parts: the central nervous system, which includes the brain and spinal cord, and the peripheral nervous system (all the other nerves in your body).


Which parts of the nervous system controls speech touch sight hearing and smell?
Answers.com Â® WikiAnswers Â® Categories Science Biology Human Anatomy and Physiology Nervous System Which parts of the nervous system controls speech touch sight hearing and smell? What would you like to do?


Science Saturday â Nervous System Part 2
The Apologia Human Anatomy and Physiology Notebooking Journal has great images and worksheets like the one above to visualize and remember all these new nervous system terms. The frontal lobe controls reasoning, emotions, thoughts, ideas and parts of speech.


Deoxyribonucleic Acid (DNA)
DNA, along with the instructions it contains, is passed from adult organisms to their offspring during reproduction. Top of page. Where is DNA found? In organisms called eukaryotes, DNA is found inside a special area of the cell called the nucleus. Because the cell is very small, and because organisms have many DNA molecules per cell, each DNA molecule must be tightly packaged. This packaged form of the DNA is called a chromosome. During DNA replication, DNA unwinds so it can be copied.


Cell Organelle Parts
Found in the nucleus Made of DNA Contains ALL genetic instructions Passes cell traits to new cells. Spaghetti in the nuclues


What structure in the nucleus is composed of DNA?
the nucleus is the structure which contains DNA. the DNA is wound into a tight double helix and kept in the nucleus where it undergoes replication. The nucleus functions in a â¦ capacity similar to a humans brain.


What part of the nucleus contains the DNA?
Nucleus is the part that contains the DNA. Inside the nucleus, DNA may be coiled in a form of chromosomes.


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Chromosomes, DNA and genes The nucleus of a cell contains chromosomes chromosomes: Rod shaped bodies found in the nucleus of cells that contain genetic information (DNA). that carry genetic information.


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The level of accuracy is 1 mm but you can estimate to 0.1 mm. 1  Open the osteometric board by sliding the right end of it to the right. 2  Gently place the bone to be measured in the board. 3  Very slowly and carefully slide the right end to the left to close the board to the end of the bone. 4  Read the measurement.


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Pelvic Girdle. The pelvic girdle is often cited as the best skeletal element with which to determine sex. We are using the pubis bone, various os coxae features, and the overall shape of the pelvic girdle to estimate sex. The pubis bone is the most medio-anterior bone of the os coxa, on the medial side of the obturator foramen.


Learning From Skeletons
Pelvis. Look for the pubic symphysis, which is the joint located in the pelvis. The older the person at death, the more pitted and craggy these bones will be. Forensic anthropologists will compare this against a database of standard markers to learn the age of the skeleton.


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Part 1: The Pelvis You will be responsible for knowing the individual (fused) bones and the markings of the pelvis listed in Lab Exercise 7. You will also need to determine right and left from a single os coxa (coxal bone), as in the following photos and determine gender (male or female) from a complete pelvis. View Unlabeled View Labeled


How do you determine the age, gender and race of a human skeleton?
Now determine the Race of the skeleton by measuring the Sacral Anterior Breadth (the distance across the sacrum at the widest point) and the Sacral Anterior Height ( the height of the sacrum from bottom tip to the middle point of the top, note this is not a measurement of the tallest point).


Pelvis
The pelvic region of the trunk is the lower part of the trunk, between the abdomen and the thighs. It includes several structures: the bony pelvis, the pelvic cavity, the pelvic floor, and the perineum. The bony pelvis (pelvic skeleton) is the part of the skeleton embedded in the pelvic region of the trunk. It is subdivided into the pelvic girdle and the pelvic spine. The pelvic girdle is composed of the appendicular hip bones (ilium, ischium, and pubis) oriented in a


Learning From Skeletons
Learning From Skeletons. Skull. Look for the sagittal suture â the squiggly line that runs the length of the skull â and note whether is it's completely fused. If it is, the remains are likely to be of someone older than 35. Look for a second line at the front of the skull -- the coronal suture â which fully fuses by age 40.


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The sex of an individual is determined, when soft tissue is not present, by a number of skeletal indicators. Of course, the more indicators used to determine sex, the more accurate the results. However, a forensic anthropologist is analytically limited by the bones present and the condition of the bones.


The Pelvic Girdle
b) the true pelvis is narrow and deep c) the pelvic inlet is heart-shaped and the outlet is more narrow with the coccyx pointing inward at a sharper angle d) the ischial spins are more inverted e) the ischial tuberosities are longer, sharper, and point medially


Acrosome
The acrosome is an organelle that develops over the anterior half of the head in the spermatozoa (sperm cells) of many animals. It is a cap-like structure derived from the Golgi apparatus. Acrosome formation is fully completed 5â10 years after testicular maturation. [citation needed] In Eutherian mammals the acrosome contains digestive enzymes (including hyaluronidase and acrosin). These enzymes break down the outer membrane of the ovum, called the zona pellucida, allowing the haploid nucleus in the sperm cell to join with the haploid nucleus in the ovum.


Fertilization
How do sperm penetrate the corona radiata? Some sperm undergo a spontaneous acrosomal reaction, which is an acrosomal reaction not triggered by contact with the zona pellucida. The digestive enzymes released by this reaction digest the extracellular matrix of the corona radiata.


Sperm
A spermatozoon or spermatozoan (pl. spermatozoa), from the ancient Greek ÏÏÎµÏÎ¼Î± (seed) and Î¶ÏÎ½ (alive), is more commonly known as a sperm or sperm cell. It is the haploid male gamete cell, meaning it is the reproductive cell containing a single set of chromosomes.


Fertilization
release of digestive enzymes by sperm that enables them to burrow through the corona radiata and penetrate the zona pellucida of an oocyte prior to fertilization capacitation


Fertilization
The sperm first burrow through the cells of the corona radiata. Then, upon contact with the zona pellucida, the sperm bind to receptors in the zona pellucida. This initiates a process called the acrosomal reaction in which the enzyme-filled âcapâ of the sperm, called the acrosome, releases its stored digestive enzymes. These enzymes clear a path through the zona pellucida that allows sperm to reach the oocyte.


I really need help with biology plzzz?
Best Answer: 1. Acrosome 2. Flagellum 3. Produce eggs 4. Cervix 5. Sperm need to develop in lower temperatures than the body. 6. The egg membrane 7. The vagina ...


When Sperm Meets Egg
So the idea is that NO from the sperm triggers the release of calcium in the egg, which in turn activates the NOS in the egg, producing more NO and further calcium release. One question was whether NO or the extra NOS from the sperm were enough to activate the egg. To answer it, the researchers injected one of two molecules into the eggs: a molecule that releases NO gas spontaneously or the NOS-enzyme.


191 28.1 Fertilization
Sperm must first complete ________ to enable the fertilization of an oocyte. 1  capacitation. 2  the acrosomal reaction. 3  the cortical reaction. 4  the fast block.


Acrosome reaction
Acrosome reaction. During fertilization, a sperm must first fuse with the plasma membrane and then penetrate the female egg in order to fertilize it. Fusing to the egg usually causes little problem, whereas penetrating through the egg's hard shell or extracellular matrix can present more of a problem to the sperm. Therefore, sperm cells go through a process known as the acrosome reaction which is the reaction that occurs in the acrosome of the sperm as it approaches the egg. The acrosome is a cap-like structure ov


Pennsylvania Considers Cease-and-Desist Order for Uber
But Uber has told Pittsburgh's Post-Gazette that it has no plans to leave Pennsylvania. Hearings are scheduled for later this month, and the petition indicates that Uber has five days to formally respond. Follow @VictorFiorillo on Twitter.


Pennsylvania Considers Cease-and-Desist Order for Uber
Unlike regular Uber, which pairs riders with licensed limousine drivers, UberX pairs them with non-professional drivers, and many questions have been raised over rider safety.


Free Ride: Sign up for Uber With a Drink Philly Promo Code
Your account will be charged automatically and youâll get an emailed receipt. Pricing is quite reasonable, just a bit higher than a cab, and the sliding scale depends on two things: distance and availability. Plus, weâve got a promo code that first time users can use to get a free ride (up to $20). Just click over to Uber and sign up with this promo code: DrinkPhilly14. Youâll be on your way to a lifetime of easy riding, starting with a freebie.


Uber thinks it can woo Philadelphians with luxury car service
Show-offy even. But the founder of Uber â a luxury car service you can summon with a smartphone â thinks it will catch on in Philadelphia. The service costs almost twice as much as a metered cab. But its speed trumps a taxi.


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October 7 at 11:16am Â·. Find out what inspired Anjan to pursue his passion for food and open top San Francisco restaurant, DOSAânow featured on UberEATS. ubr.to/dosa. Like Comment Share.


Uber thinks it can woo Philadelphians with luxury car service
This was my first Uber ride, she said excitedly as she stepped out of the car. It was a pretty good 15-minute ride. It was fast.. On the tail of Philadelphia's launch was the opening of a London Uber â right in time for the Summer Olympics. Kalanick said he has plans to set up shop in Dallas, Denver, and Atlanta.


Free Ride: Sign up for Uber With a Drink Philly Promo Code
Thereâs a new solution: Uber. The black car service is the ultimate answer to the taxi problem. No longer are bespoke limos just for executives â if you have a smartphone, you can have a sleek auto at your beck and call any time of day or night. Just download the iPhone or Android app and sign up.


Uber thinks it can woo Philadelphians with luxury car service
Uber currently is offering promotional codes for half off an Uber ride during Wednesday-night happy-hour Center City Sips. That, by the way, is nothing to sneeze at: The minimum fare is $15, a base of $7 and $3.75 per mile in more than 11-mile-per-hour traffic.


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Uber suspends pick-ups at Pittsburgh airport. By Kim Lyons / Pittsburgh Post-Gazette and Paul Nussbaum / Philadelphia Inquirer. While Lyft and Uber remain in neutral in Pittsburgh, the ride-sharing drama at the other end of the state has kicked into high gear.


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Philadelphia Parking Authority officials vowed Monday to continue their crackdown on UberX drivers, impounding cars and issuing $1,000 fines if the ride-share drivers attempt to pick up passengers in the city.


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The lower half of the sternum should be depressed approximately one third of the depth of the chest with each compression. This equates to more than 5cm in adults, approximately


Unit 3 Anatomy
Identify the part of a rib that articulates in the demi-facets of the thoracic vertebra Identify the region of a rib that articulates with the transverse process of a vertebra Identify the region of the mandible that forms part of the temporomandibular joint


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ANZCOR Guideline 6 â Compressions . Summary Who does this guideline apply to? This guideline applies to all persons who are unresponsive and not breathing normally. Who is the audience for this guideline? This guideline is for use by bystanders, first aiders or first aid providers, first responders and health professionals. Recommendations


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evidence] Palpation of a pulse is unreliable and should not be performed to confirm the need for resuscitation. 3 [LOE extrapolated evidence]


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Identify the occipital bone landmark that can not be palpated from the surface of the head Identify the large suture on the posterior surface of the skull at the border of the occipital bone Which surface of the maxillary bones fuse together


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Those who are trained and willing to give rescue breaths do so for all who persons are unresponsive and not breathing normally. ANZCOR Guideline 6 January 2016 Page 2 of 6


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6 CPR Quality The compression rate and depth is variable among rescuers and compressions may be worse in the first 5 minutes of the arrest. 6 One manikin study of rescuer CPR showed that compressions became shallow within one minute, but providers became aware of fatigue only after 5 min. 7


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Name the type of connective tissue that anchors the ribs onto the sternum Identify the central portion of the sternum What part of the sternum is palpated prior to giving CPR How many pairs of ribs articulate directly with the sternum How many lumbar vertebrae are in the vertebral column


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Which part of the maxillary bones form the roof of the mouth Identify the small hole on the maxillary bone located below the orbit Identify the posterior most region of the hard palate


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This guideline is for use by bystanders, first aiders or first aid providers, first responders and. health professionals.


The Nervous System
The structures that form the nervous system can be divided into the central nervous system (CNS) and the peripheral nervous system (PNS). The organs of the CNS are the brain (cerebrum, brainstem and cerebellum) and spinal cord.


Definitions of Human Brain Components
At the base of the brain, the brain stem connects to the spinal cord and is made up of the midbrain, pons, and medulla oblongata. The midbrain acts like a complex switchboard, allowing the brain to communicate with the rest of the nervous system.


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A part of the peripheral nervous system called the autonomic nervous system is responsible for controlling many of the body processes we almost never need to think about, like breathing, digestion, sweating, and shivering. The autonomic nervous system has two parts: the sympathetic and the parasympathetic nervous systems.


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This information is then directed to other parts of the nervous system for further processing. For example, when you touch the hot stove, not only does a message go out to move your hand but one also goes to another part of the brain to help you remember not to do that again.


Particle Interactions
Weak nuclear force â W+, W- bosons. W and Z bosons ( in A-level we just need the W+ and Wâ bosons) are the exchange particles involved in the weak nuclear force interaction. The weak force acts within the nucleus, quarks and leptons excerpt forces on each other by exchanging bosons. The weak nuclear force is very weak and acts over a very small distance.


Physics Forces - Strong and Weak Nuclear
The weak interaction (often called the weak force or sometimes the weak nuclear force[1]) is one of the four fundamental interactions of nature. In the Standard Model of particle physics, it is due to the exchange of the heavy W and Z bosons.


Subatomic particle
subatomic particle: The strong force. 1  any of various self-contained units of matter or energy that are the fundamental constituents of all matter. Subatomic particles include electrons, the negatively charged, almost massless particles t...


What particles do the strong and weak nuclear forces act on?
The strong nuclear force is mediated by the gluon and acts on both quarks and gluons themselves. The most common examples of the strong nuclear force.


Physics Forces - Strong and Weak Nuclear
To cover the full details of the weak and strong nuclear interactions would require an under graduate textbook. However, I will attempt to present two brief summaries regarding the nature and properties of these two different nuclear forces. (Note: - for powers of 10, I will use the notation 10^...).


Spin
The weak nuclear force is responsible for all three types of nuclear decay; Alpha, Beta or Gamma. Alpha decay is the emission of a helium nucleus from an atom, Beta decay is when an electron or positron is emitted from an atom, and Gamma decay is the emission of a high energy photon from an atom. The weak nuclear force is the odd one out of all the forces. Firstly because of its bosons. The weak force has three bosons unlike the others which only have one each.


Strong force
Alternative Titles: nuclear force, strong interaction, strong nuclear force Strong force, a fundamental interaction of nature that acts between subatomic particles of matter. The strong force binds quarks together in clusters to make more-familiar subatomic particles, such as protons and neutrons. It also holds together the atomic nucleus and underlies interactions between all particles containing quarks. The strong force originates in a property known as colour.


Strong interaction
This property of the strong force is called color confinement, and it prevents the free emission of the strong force: instead, in practice, jets of massive particles are produced. In the context of binding protons and neutrons together to form atomic nuclei, the strong interaction is called the nuclear force (or residual strong force).


What Is the Weak Force?
Another type of elementary particle is the boson. These are force-carrier particles that are made up of bundles of energy. Photons are one type of boson; gluons are another. Each of the four forces results from the exchange of force-carrier particles. The strong force is carried by the gluon, while the electromagnetic force is carried by the photon. The graviton is theoretically the force-carrying particle of gravity, but it has not been found yet. W and Z bosons. The weak force is carried by the W and Z bosons. These particles were predicted by Nobel laureates Steven Weinberg, Sheldon Salam and Abdus Glashow in the 1960s, and discovered in 1983 at CERN. W bosons are electrically charged and are designated by their symbols: W+ (positively charged) and Wâ (negatively charged).


What Are a Trustâs Principal and Income?
Others, such as beneficiary payments, come only from the income. 1  Being able to allocate money to either the income or principal sides of a trust is a key element in successful trust administration because the people who are entitled to receive income may not be the same people entitled to receive the principal when the trust terminates.


What Are a Trustâs Principal and Income?
If the correspondence you receive from the company is confusing, you may want to contact a tax professional who can help walk you through the correct application of the payment. Most trust instruments include a provision that states that the final determination of whatâs principal and whatâs income rests with the trustee.


What Are a Trustâs Principal and Income?
1 If you understand the distinction between income and principal, you should have no difficulty in allocating payments correctly, such as returns of capital or extraordinary dividends. However, sometimes the company isnât clear on how it should categorize these payments until after it has made them.


What Is a Trust?
What Is a Trust? A trust is traditionally used for minimizing estate taxes and can offer other benefits as part of a well-crafted estate plan. A trust is a fiduciary arrangement that allows a third party, or trustee, to hold assets on behalf of a beneficiary or beneficiaries.


What Are a Trustâs Principal and Income?
What Are a Trustâs Principal and Income? A trust has two components, the principal and the income. The principal is all the property thatâs available to produce ordinary income like dividends, interest, or rents. As you make payments, some may come from principal and some from income, depending on what you, as trustee, decide.


What Are a Trustâs Principal and Income?
Capital gains occur when you sell a piece of property for more than your acquisition cost. Capital losses, on the other hand, are what you get when you sell property for less than your acquisition cost. Whether the trust generates gains or losses, those gains and losses stay on the principal side of the trust.


What Are a Trustâs Principal and Income?
Almost everything earned by the principal of the trust is income. Stock dividends, interest earned on bank accounts or bonds, rents from real estate owned by the trust, and earnings received from a business the trust owns all constitute income of the trust. Your success as a trustee lies mainly in your ability to determine whatâs principal and whatâs income.


honoured- definition and synonyms
Definition and synonyms of honoured from the online English dictionary from Macmillan Publishers Limited.


Honor
Honor (noun) fame; reputation; credit. Honor (noun) a token of esteem paid to worth; a mark of respect; a ceremonial sign of consideration; as, he wore an honor on his breast; military honors; civil honors. Honor (noun) a cause of respect and fame; a glory; an excellency; an ornament; as, he is an honor to his nation. Honor (noun)


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Webster Dictionary(3.00 / 2 votes)Rate this definition: 1  Honor(noun) esteem due or paid to worth; high estimation; respect; consideration; reverence; veneration; manifestation of respect or reverence.


Definitions &Translations
Webster Dictionary (3.00 / 2 votes) Rate this definition: Honor (noun) esteem due or paid to worth; high estimation; respect; consideration; reverence; veneration; manifestation of respect or reverence


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Wiktionary(2.00 / 3 votes)Rate this definition: 1  honor(Noun) The state of being morally upright, honest, noble, virtuous, and magnanimous; the perception of such a state. 2  honor(Noun) Veneration of someone, usually for being morally upright and/or competent. 3  honor(Noun) A prize or award.


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Princeton's WordNet(3.63 / 8 votes)Rate this definition: 1  award, accolade, honor, honour, laurels(noun) a tangible symbol signifying approval or distinction. 2  honor, honour, laurels(noun) the state of being honored. 3  honor, honour(noun) the quality of being honorable and having a good name.


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Here are all the possible meanings and translations of the word honor. Princeton's WordNet (3.67 / 9 votes) Rate this definition: award, accolade, honor, honour, laurels (noun)


Definitions &Translations
Wiktionary (2.00 / 3 votes) Rate this definition: honor (Noun) The state of being morally upright, honest, noble, virtuous, and magnanimous; the perception of such a state. honor (Noun) Veneration of someone, usually for being morally upright and/or competent. The crowds gave the returning general much honor and praise. honor (Noun) A prize or award.


Definitions &Translations
Princeton's WordNet(3.63 / 8 votes)Rate this definition: award, accolade, honor, honour, laurels(noun) a tangible symbol signifying approval or distinction. an award for bravery. honor, honour, laurels(noun) the state of being honored. honor, honour(noun) the quality of being honorable and having a good name.


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Definition of honor in the Definitions.net dictionary. Meaning of honor. What does honor mean? Information and translations of honor in the most comprehensive dictionary definitions resource on the web.


Election of 1844
James K. Polk of Tennessee appealed to the delegates because he was a protÃ©gÃ© of Andrew Jackson (called Young Hickory), had initially supported the frontrunner Van Buren, and was an outspoken advocate of annexation. Polk won the 1844 nomination on the ninth ballot.


Chapter 13 History
What did President James K. Polk want from Mexico in 1845 to 1846? Acquisition from Mexico of California and New Mexico In the U. S., which of the following was NOT a reason for opposition to the Mexican-American War?


Chapter 13 History
Why did John C. Calhoun believe the federal government had no power to prohibit slavery in Mexico? He believed slaves were property and the Constitution protected the right of property From the Whig party's point of view in 1848, why was Zachary Taylor ideal for president?


Chapter 13 History
What were President James K. Polk's objectives in Oregon? He wanted a division of the territory at the 49th parallel. Which of the following was NOT one of the background causes of the Mexican-American War?


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James K. Polk. James K. Polk was not a man given to frivolity on his birthday. When he turned fifty-three on November 2, 1848, the eleventh president of the United States reflected gloomily in his diary.


Election of 1844
When James K. Polk was elected president in 1844, the United States was locked in a bitter diplomatic struggle with Britain over the rich lands of the... Polk: The Man Who Transformed the Presidency and America by Walter R. Borneman.


Chapter 13 History
What was one reason that dark horse James K. Polk won the presidency of 1844? Polk convinced many northerners that the annexation of Texas would be in their best interest. In the 1840s, which of the following groups was NOT likely to support territorial expansion? Members of the Whig party


Election of 1844
Polk's margin in the Electoral College was substantial, but the popular vote in the presidential election of November, 1844, was extremely close.


A Somewhat Forgotten President: The Legacy of James K. Polk
In 1844, James Polk, then a little-known congressman from Tennessee, somewhat surprisingly won the nomination of the Democratic Party, and promised that given the divisions within the party and his relatively young age of forty-nine, he would only serve a single term in the White House if elected.


A Somewhat Forgotten President: The Legacy of James K. Polk
James K. Polk. (Photo: Library of Congress via Wikimedia Commons) J ames K. Polk was not a man given to frivolity on his birthday. When he turned fifty-three on November 2, 1848, the eleventh president of the United States reflected gloomily in his diary.


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Grover Cleveland, refused to annex the territory, however, noting that the overthrow of the monarchy was an âact of warâ accomplished against popular will using U.S. armed force (see primary source document: Controversy over Hawaii).


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Answers.com Â® WikiAnswers Â® Categories History, Politics & Society History History of the United States US Presidents Grover Cleveland What was Grover Cleveland's political party? What would you like to do?


Grover Cleveland
On the other hand, Groverâs mother, Ann Neal Cleveland, was a booksellerâs daughter hailing from Baltimore. Ann descended from Protestants and German Quakers of Anglo-Irish ancestry. Stephen had a distant relationship with General Moses Cleveland, whom the city of Cleveland, Ohio was named after. Grover Cleveland was the fifth of nine siblings. He was named Stephen Grover in honor of the First Presbyterian Church of Caldwellâs first ever pastor. In his later years, however, he would refrain from using Stephen as his name. In the year 1841, his family moved to Fayetteville, New York.


United States presidential election of 1892
United States presidential election of 1892, American presidential election, held on November 8, 1892, in which Democrat Grover Cleveland defeated Republican incumbent Benjamin Harrison. In winning, Cleveland became the first former president to be restored to the office. Harrisonâs first term as president provoked widespread discontent.


Grover Cleavland
Grover Cleavland. USA 4 KIDS FRIENDS. Grover Cleveland was the first member of the Democrat Party to be elected as the President after the Civil War. He was the only president in the history of American politics to leave White House and return back as President for a second term after a gap of four years. Cleveland was born in 1837, in New Jersey.


Grover Cleveland
Nevins also edited a useful volume of Cleveland's correspondence, Letters of Grover Cleveland, 1850 â 1908 (New York, 1933). A more critical, if rather brief, life is Horace Samuel Merrill, Bourbon Leader: Grover Cleveland and the Democratic Party (Boston, 1957). Robert M. McElroy, Grover Cleveland: The Man and the Statesman, 2 vols.


What political party did Grover Cleveland represent?
Except for Grover Cleveland's two presidencies which party controlled the White House and politics in the late 1800s? Except for Grover Cleveland's two presidencies, the Republican party controlled the White House and politics in the late 1800s.


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In 1869 Cleveland was nominated by the Democratic party for the office of sheriff, and, despite the fact that Erie county was normally Republican by a decisive majority, was elected. The years immediately succeeding his retirement from the office of sheriff in 1873 he devoted exclusively to the practice of law, coming to be generally recognized as one of the leaders of the western New York bar.


Grover Cleveland
Grover Cleveland was a member of the Democratic party. In fact, he was the first Democrat elected from the new Democratic Party formed after the Civil War. Grover Cleveland was a member of the Democratic party. In fact, he was the first Democrat elected from the new Democratic Party formed after the Civil War.


Long-Term Bonds Are a Huge Value Trap
You see, bonds denominated in a fiat currency are a massive one-way bet against the investor. No Gold Standard Hits Bonds. When the monetary system was tied to gold, long-term bonds were a good option. Investors knew exactly what they were getting â a fixed stream of returns over a long period of time and a return of principal at the end.


Short Term Bonds Funds vs. Money Market Funds
The limited amount of time until maturity means that interest rate risk â or the risk that rising interest rates will cause the value of the fundâs principal value to decline â is low compared to intermediate-term bond funds (those that invest in bonds with maturities of three to ten years) and long-term bond funds (ten years and up).


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Click to see more information on Short-Term Bond ETFs including historical performance, dividends, holdings, expense ratios, technicals and more. Click to see more information on Short-Term Bond ETFs including historical performance, dividends, holdings, expense ratios, technicals and more.


The Risk Of Short-Term Bond Funds
The Risk Of Short-Term Bond Funds Did you miss returns from intermediate-term bond funds because you sat in a short-term bond fund waiting for interest rates to rise? A lot of people did.


How to Choose the Right Bond Funds
Short-term bond funds: 3.03%; Intermediate-term bond funds: 5.65%; Long-term bond funds: 8.53%; Why are the returns for long-term bonds so much stronger? Largely because these results reflected the tail end of a 31-year bull market in bonds. When rates are falling, longer-term bonds will produce higher total returns. Once rates began to rise, however, this relationship was turned on its head. For the full 2013 calendar year, the short-, intermediate, and long-term categories returned 0.45%, -1.45, and -5.33%, respectively.


Short-Term Bond
#10 in Short-Term Bond The investment seeks an annual rate of total return, before fund expenses, greater than the annual rate of total return of the Barclays 1-3 Year U.S. Government/Credit Bond Index.


Long-Term Bonds Are a Huge Value Trap
Currently, the 30-year bond yields 2.39% per annum. That 3.61% difference between what you should accept and what you actually get is a measure of how big a rip-off long-term bonds are. The value of a 2.39% 30-year bond in a 6% interest rate environment is 49.8% of par. In other words, the government is giving you less than half of what you should receive. While riskier long-term bonds pay higher interest rates, theyâre an even worse deal than long-term Treasuries. In practice, youâre unlikely to hold a 2.39% 30-year Treasury until 2046. With yields so low, barely above the level of inflation, if you sell before 2046, youâll receive only a fraction of its nominal value.


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expectations hypothesis. This hypothesis holds that the long-term inter- est rate is a weighted average of present and expected future short-term interest rates. An approximately equivalent form of the hypothesis holds that the expected one-period holding returns on bonds of all maturities


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Short-Term Bond. Short-term bond portfolios invest primarily in corporate and other investment-grade U.S. fixed-income issues and have durations of one to 3.5 years (or, if duration is unavailable, average effective maturities of one to four years).


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Benchmark (%) On 7/1/2016, SHV began to track the ICE U.S. Treasury Short Bond Index. Historical index data prior to 7/1/2016 is for the Barclays U.S. Short Treasury Bond Index; index data on or after 7/1/2016 is for the ICE U.S. Treasury Short Bond Index. 0.82 0.49 0.34 0.56 0.97 After Tax Pre-Liq. (%) Return after taxes on distributions.


What passes through the foramen magnum?
Does food pass through the foramen magnum of the skull? Food doesn't pass through the foramen magnum, because the foramen magnum is in the occipital bone at the base of the skull. The spinal cord goes through the foramen magnum. Edit


Structures passing through foramina of skull
Structures passing through foramina of skull. The internal surface of the cranial base can be divided into 3 cranial fossae, the anterior, middle, and posterior. The anterior and middle fossae are separated by the lesser wing of sphenoid bone, and the middle and posterior fossae are separated by petrous part of temporal bone. Various structures (nerves, arteries, veins) passing through various foramina of skull are listed below: Foramen Ovale: Mnemonic: MALE 1. Mandibular Nerve (CN V3) 2. Accessory meningeal nerve 3. Lesser petrosal nerve 4. Emissary vein (Cavernous sinus to pterygoid plexus) 5. Occasionally anterior trunk of middle meningeal artery. Foramen Spinosum. Mnemonic: MEN 1. Middle meningeal artery and vein (posterior trunk) 2. Emissay vein 3. Nervus spinosus (Meningeal branch of mandibular nerve) Foramen Lacerum: Mnemonic: MEIG Structures passing whole length: 1. Meningeal branch of Ascending pharyngeal artery 2. Emissary vein. Other structures partially traversing: 3. Internal carotid artery 4.


Foramina of the Skull and the Structures that Pass Through
This is the second tutorial on the foramina of the skull. In this tutorial, Iâm going to be looking at the different structures that pass through the foramina in the skull, so the vessels and nerves that pass through these little holes.


Foramen magnum
The foramen magnum is the largest foramen of the skull and is part of the occipital bone 1. It is oval in shape with a large antero-posterior diameter 2. Gross anatomy The foramen magnum is found in the most inferior part of the posterior crani...


Foramen
Within the vertebral column (spine) of vertebrates, including the human spine, each bone has an opening at both its top and bottom to allow nerves, arteries, veins, etc. to pass through. Other. Apical foramen, the hole at the tip of the root of a tooth; Foramen ovale (heart), a hole between the venous and arterial sides of the fetal heart


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Study Flashcards On HN Cranial Nerves and Foramen of the Skull at Cram.com. Quickly memorize the terms, phrases and much more. Cram.com makes it easy to get the grade you want!


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jugular foramen: neck: branchiomotor: stylopharyngeus: viscerosensory: pharynx, palate, carotid sinus, carotid body and posterior 1/3 tongue: special sensory: taste, posterior 1/3 tongue: jugular formen-> tympanic branch-> tympanic caniculus-> middle ear: middle ear: viscerosensory: middle ear and auditory tube


Foramen magnum
Foramen magnum: â¦has a central opening (foramen magnum) to admit the spinal cord. The parietal and temporal bones form the sides and uppermost portion of the dome of the cranium, and the frontal bone forms the forehead; the cranial floor consists of the sphenoid and ethmoid bones.


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The lower end of the medulla oblongata passes through the foramen magnum and continues as the Spinal cord. 1  Spinal component of accessory nerve passes into the skull. 2  Tectorial membranes. 3  Alar ligaments. 4  Vertebral arteries. 5  Anterior Spinal arteries. 6  Posterior Spinal arteries.


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enters by foramen magnum-> exits by jugular foramen: neck: branchiomotor: trapezius, sternocleidomastoid


Physiological ReviewRoles of orexin/hypocretin in regulation of sleep/wakefulness and energy homeostasis
The importance of orexin in the regulation of sleep/wakefulness is highlighted by the finding of deficiency of orexin neurons in human narcolepsy patients. 18,19 Approximately 90% of patients with narcolepsy show decreased orexin-A levels in the cerebrospinal fluid. 20 Narcolepsy is a common sleep disorder characterized by a primary disorganization of behavioral states.


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Homeostatic sleep factors should fulfill the following criteria: 1) administration of the substance induces sleep; 2) the levels of the substance in the brain should increase with increasing sleep propensity; and 3) the substance should act on brain regions and neurons involved in the regulation of sleep or wakefulness.


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This review summarizes the brain mechanisms controlling sleep and wakefulness. Wakefulness promoting systems cause low-voltage, fast activity in the electroencephalogram (EEG). Multiple interacting neurotransmitter systems in the brain stem, hypothalamus, and basal forebrain converge onto common effector systems in the thalamus and cortex.


Sleep
Compared with wakefulness, sleep reduces brain energy demands, as suggested by the 44% reduction in the cerebral metabolic rate (CMR) of glucose and a 25% reduction in the CMR of O 2 during sleep.


Physiological ReviewRoles of orexin/hypocretin in regulation of sleep/wakefulness and energy homeostasis
The efferent and afferent systems of orexin neurons suggest interactions between these cells and arousal/sleepâwakefulness centers in the brainstem as well as important feeding centers in the hypothalamus.


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As such, sleep, in particular REM sleep, has been suggested to play an important role in the elaboration of neuronal circuitry during development . The circuitry controlling sleep and wakefulness appears to mature early in development , although cycling between states is more frequent in younger animals (111, 645).


Physiological ReviewRoles of orexin/hypocretin in regulation of sleep/wakefulness and energy homeostasis
Much work has clearly suggested that orexin is a highly important regulator of sleep/wakefulness as well as feeding behavior. This review summarizes recent relevant findings on orexins, and discusses physiological roles of these peptides, especially focusing on their roles in regulation of sleep/wakefulness and energy balance.


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The timing, depth, and duration of sleep are controlled by the interaction of time of day (circadian control, process C) and by the duration of prior wakefulness (homeostatic control, process S) as proposed in the two-process model of Borbely (122).


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I. INTRODUCTION. The purpose of sleep is one of the great unsolved mysteries of biology and has fascinated people for millennia. Although the function or functions of sleep are still unresolved, great progress has been made in understanding the brain mechanisms that control sleep and wakefulness.


Physiological ReviewRoles of orexin/hypocretin in regulation of sleep/wakefulness and energy homeostasis
The finding of orexin (hypocretin) deficiency in patients with narcolepsy suggests that this hypothalamic neuropeptide plays a crucial role in regulating and maintaining sleep/wakefulness states and energy homeostasis.


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Also contains definition of: adjusted retention volume in chromatography. in chromatography. Retention measurements (and measurements of hold-up volume and peak width) may be made in terms of times or chart distances as well as volumes.


Candy Chromatography: Food Coloring vs. Candy Dyes
Does the darkness in a candy's dye affects how much dyes make it up, and does it affect the Rf (Retention Factor) value? Does candy dye have a larger Rf value than food coloring. Background Research-Chromatography and Rf values. Chromatography is a big factor in this project.


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The most effective and convenient way to alter the retention factor of a peak is to adjust. the âsolvent strengthâ of the chromatographic mobile phase. This is usually achieved in. reversed phase chromatography by changing the amount of organic solvent (modifier) in. the mobile phase mixture.


Candy Chromatography: Food Coloring vs. Candy Dyes
Chromatography is a bunch of method used to separate many elements in a solution, for example, color chromatography is separating colors or dyes from a more complex color. Included with chromatography are Rf values, also known a retention factors. coloring and candy dyes.


Chromatography
This page is also available in Romanian and German. Chromatography is a separation process that involves partitioning a protein (or any other soluble analyte) between an insoluble stationary phase and a mobile phase that passes over its surface. A simple, but complete, chromatography system is shown in the diagram below.


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ï· To define the Resolution equation and illustrate its dependence on the. chromatographic parameters â Retention Factor (k), Selectivity (Î±), and Efficiency. (N) ï· To define Retention Factor (k), Selectivity (Î±), and Efficiency (N) in. chromatography and show how each can be determined and optimized.


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Glossary of Gas Chromatography Terms. January 20, 2010. Adjusted Retention Time (tR') An analyte's retention time (tR) minus the elution time of an unretained peak (tm). tR'= tR-tm Adjusted retention time is also equivalent to the time the analyte spends in the stationary phase. Capacity Factor (k)


retention volumes
retention volumes. Also contains definition of: adjusted retention volume in chromatography. Retention measurements (and measurements of hold-up volume and peak width) may be made in terms of times or chart distances as well as volumes. If flow and recorder speeds are constant, the volumes are directly proportional to the times and chart distances.


Candy Chromatography: Food Coloring vs. Candy Dyes
Transcript of Candy Chromatography: Food Coloring vs. Candy Dyes. Does the darkness in a candy's dye affects how much dyes make it up, and does it affect the Rf (Retention Factor) value? Chromatography is a big factor in this project. Chromatography was first discovered by Mikhail Smenovich Tswett.


Chromatography Resource Center
Literature & Publications. Glossary of Gas Chromatography Terms. An analyte's retention time (tR) minus the elution time of an unretained peak (tm). tR'= tR-tm Adjusted retention time is also equivalent to the time the analyte spends in the stationary phase.


Navy Working Uniform
In August 2016 the U.S. Navy announced that it is eliminating the NWU Type I in favor of the Type III which will completely replace it by 1 October 2019 for wear as the standard working uniform ashore for all Navy personnel. Type III will begin being issued to new navy


Uniforms of the United States Navy
The uniforms of the United States Navy include dress uniforms, daily service uniforms, working uniforms, and uniforms for special situations, which have varied throughout the history of the navy. For simplicity in this article, Officers refers to both commissioned officers and warrant officers.[1]


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(f) Navy certified subdued matching NWU Type II/III pattern Donât Tread On Me (DTOM) and Reverse U.S. Flag (Reverse Flag) patches are authorized for wear. In garrison, per unit commander discretion a non-tactical DTOM and Reverse Flag patch is authorized for wear.


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(g) Velcro (hook and loop fastener) attachments during tactical operations: Velcro attached accoutrements are authorized for wear and removal on the NWU Type II/III at the discretion of the Navy Unit Commander and approval from the Task Force or Joint Task Force Commander during tactical operations.


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(3) Post-tour command insignia will be embroidered on a strip of the applicable NWU Type II/III fabric and worn on the left pocket flap centered one-fourth of an inch below the service tape (U.S. NAVY).


Mess dress
Dinner dress. The dinner dress uniforms of the United States Navy are the most formal and have the most variations. For officers, there are Dinner Dress Blue and Dinner Dress White, Dinner Dress Blue Jacket and Dinner Dress White Jacket, and Formal Dress. Although trousers are authorized, women frequently wear the appropriate color skirt.


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(1) Command Insignia (Command-at-Sea, Command Ashore/Project Manager) is worn on the NWU Type II/III blouse above the right pocket centered 1/4-inch above the name strip. The Command insignia shall be embroidered on a strip of the applicable matching NWU Type II/III fabric.


Uniforms of the United States Navy
Due to the inevitable wear, lubricant stains, and short service life, flight deck personnel often wear a variety of trousers (NWUs, khakis, etc.) with the jerseys on deck.: 1  Purple: Aviation Fuel Handlers. 2  Blue: Plane Handlers, Tractor Drivers, Elevator Operators. 3  Yellow: Flight Deck Officers and Plane Directors.


Uniforms of the United States Navy
The Type II is restricted for wear to Naval Special Warfare personnel, while Type III was restricted to Navy ground units until late 2016. The ACE emblem is omitted from the NWU Type II and NWU Type III.


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Bird Flu Basics. Avian Influenza Type A Viruses; Bird Flu in Birds; Bird Flu in People. Spread of Bird Flu Viruses Between Animals and People; Examples of Human Infections with Avian Influenza A Viruses with Possible Limited, Non-Sustained Human-to-Human Transmission; Prevention and Treatment; Information for Specific Groups


flu shots
In the United States, flu is most common in the wintertime and peaks between December and March. The flu vaccine is the single best way to prevent the flu. A flu shot is recommended every year because your bodyâs resistance to flu virus diminishes and the flu virus can change from season to season. A flu shot can take up to two weeks to reach maximum potency, which is why itâs recommended early in the flu season. Influenza can be spread to others up to 24 hours before a person develops symptoms and up to seven days after becoming sick.


flu shots
The flu can cause serious complications and even deaths for infants, the elderly, people with chronic illnesses, or other high-risk individuals. Even late in our flu season, flu shots are important for people traveling to the southern hemisphere â the flu season there happens opposite to flu season here. In the tropics, it is all year round.


Why You Need the Flu Shot Every Year
Credit Jacquelyn Martin/Associated Press . Most people know: If you got a flu shot this year, next year youâll need it again. This is because the virus changes, usually rendering the previous yearâs vaccine partly or totally useless.


Pathogenesis of the 1918 Pandemic Influenza Virus
Pathogenicity of the 1918 pandemic influenza virus in non-human primates. Taubenberger's group isolated viral genome RNA fragments from formalin-fixed, paraffin-embedded autopsy tissue from victims of the 1918 pandemic and determined the coding sequences of all eight RNA segments of the 1918 pandemic virus.


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The following references aid in recognizing workplace hazards associated with bloodborne pathogens. The Bloodborne Pathogen Standard is located in 29CFR1910.1030. Types of Bloodborne Pathogens. This training will focus on the three most common bloodborne pathogens in the United States. These pathogens are HIV, Hepatitis B, and Hepatitis C. Bloodborne pathogens are transmitted when contaminated blood or body fluids enter the body of another person. In the workplace setting, transmission is most likely to occur through: An accidental puncture by a sharp object, such as a needle, broken glass, or other sharps contaminated with the pathogen.


Influenza
Although the stomach or intestinal flu is commonly blamed for stomach upsets and diarrhea , the influenza virus rarely causes gastrointestinal symptoms. Such symptoms are most likely due to other organisms such as rotavirus, Salmonella , Shigella , or Escherichia coli .


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Human immuno-deficiency virus (HIV)-affects the immune system. Symptoms can include sore throat, nausea, headaches, weight loss, and a white coating on the tongue. HIV is destroyed quickly when contacted with air. Hepatitis B (HBV)-affects the liver and causes flu like symptoms, including jaundice. HBV survives up to a week in dried blood.


Pathogens and disease
Pathogens and disease Influenza viruses belong to the family Orthomyxoviridiae, which is characterized by a single-stranded and segmented RNA genome. The influenza viruses are classified into types A, B and C on the basis of their core proteins, whereas the subtypes of influenza A viruses are determined by envelope glycoproteins possessing either haemagglutinin (HA) or neuraminidase (NA) activity.


Can the Foods You Eat Cause Vertigo?
The two types of vertigo are peripheral vertigo that occurs in the inner ear or vestibular nerve, and central vertigo that occurs in the brain. Consumption of certain drugs, head injury, labyrinthitis, and Meniereâs disease cause peripheral vertigo of the inner ear.


Can Low Vitamin D Cause Dizziness?
So, if you're suffering from vertigo and feeling dizzy, it might be time to get your blood vitamin D levels checked. If vertigo is indeed due to vitamin D deficiency, once your levels are back to normal, the dizziness should subside. This process could take up to several months, depending on how low your vitamin D levels are.


Cod Liver Oil Basics and Recommendations
3 Responses to Vertigo linked to vitamin D deficiency. 1  Extremely interesting. 2  Low levels of Vitamin D, Vitamin K2, and Magnesium might all cause vertigo. 3  Henry, what is the evidence of people getting vertigo with taking vitamin D? I would be cautious in making that claim if itâs just anecdotal.


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Also interesting is that Vitamin D has come up a lot in the past couple days: low levels of D can cause dizziness, and supplementing with D can cause low levels of magnesium. So many variables! Reply


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Dehydration, or not getting enough fluid, causes low blood pressure, weakness, dizziness, fatigue, and nausea. Low blood sugar (hypoglycemia) Low blood sugar, or low glucose levels, causes shakiness, anxiety, clammy skin, irritability, hunger, and more. Lung cancer (non small cell)


About Magnesium Deficiency & Vertigo
If left untreated, a magnesium deficiency will cause delirium, numbness, tingling, depression, hallucinations, abnormal eye movements, convulsions and vertigo. Vertigo. Vertigo is the feeling of faintness, dizziness or loss of balance. It may worsen when you sit up; it can be severe enough to cause nausea and vomiting.


Top 30 Doctor insights on: Vitamin Deficiency Lightheadedness
Will a vitamin deficiency cause the effect of dizziness when getting out of bed and some lightheaded feeling? Dr. Michael Kleerekoper Dr. Kleerekoper Vitamin deficiency: There are many vitamins - which one (s) are you taking?


BPPV and Vitamin D deficiency?
I immediately read all there is on Vit D and went for a blood test. I was at deficient at 20ng so I began to take 5000iu and to lay out 30 min a day. I took Vit test every 30 days to make sure I was going up until I got to 50ng and now Im trying to figure out how to stay steady. I have not had any more vertigo attacks.


Potassium Deficiency and Vertigo
As in landing suddenly ...My attacks of vertigo are almost always associated with fluid balance problems, or in the past, potassium deficiency. Comment Helpful? Save


The Conquest of Egypt and The Decline of the Empire
In 30 B.C. Conquest of Egypt was complete, and it became a province of Rome, and disappeared from history. For a time it flourished again when saints peopled the desert, and Cyril dragged Hypatia to her death in the streets (415 A.D.). Again when the Muslims conquered it (ca.


I really need help! World History?
RE: I really need help! World History? 1. Which is the best definition for empire? (Points : 1) a region where a people have developed certain characteristics, such as government and trade an area or political unit in which formerly independent states are under the control of one ruler a government in which a...


Western Asian people who conquered egypt?
Who was the people that Egypt was conquered by which marked the end of middle kingdom? An Asiatic desert people called the Hyksos who ruled for two centuries Edit


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10. Which group of people conquered Egypt's New Kingdom, but kept many Egyptian customs? (Points : 1) Hittites Hyksos Kushites Hebrews 11. How did Darius of Persia maintain control over his empire? (Points : 1) He used military technology Persia learned from the Hyksos. He created an alliance with the city-states of Greece.


Ancient Man and His First Civilizations
How grotesque then, that the Turk, Zahi Hawass, the Vice Minister of Culture in Egypt: makes pronouncements about the non-Black nature of ancient Egyptians. When he does so, only to hide the true nature of his own people, and the illegitimacy of their presence in, and rule over Egypt.


Which group of people conquered egypt's new kingdom, partyly to protect the egyptian cities and culture they admired?
The correct answer is the Kushiites who were from the Kingdom of Kush, which was a part of Nubia. Nubians had a rich history with Egypt and loved their culture so they wanted to protect the Egyptian tradition when they conquered it, fearing it would change. Report 5.0


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Upper and Lower Egypt split 1000 B.C. 900 B.C. 800 B.C. 728- Nubian king Piy conquered Egypt 700 B.C. 671- Assyrians attacked Egypt: 600 B.C. 525- Persians conquered Egypt 500 B.C. 400 B.C. 332- Alexander the Great conquered Egypt 305- Ptolemy I became pharaoh 300 B.C. 200 B.C. 196- Rosetta Stone carved 100 B.C. 31- Battle of Actium 30- Cleopatra VII died 0 A.D. 100 A.D. 200 A.D. 300 A.D. Last use of hieroglyphic writing: 400 A.D. 500 A.D. 600 A.D. 642- Egypt conquered by Arabs: 700 A.D. 800 A.D. 820- Caliph al Mamun entered the Great Pyramid: 900 A.D. 969- City of Cairo founded Casing blocks stripped off Giza pyramids 1000 A.D. 1100 A.D. 1200 A.D. 1300 A.D. 1400 A.D. 1500 A.D. 1517- Ottoman Turks ruled Egypt 1600 A.D. 1700 A.D. 1798- Napoleon Bonaparte invaded Egypt 1799- Rosetta Stone found 1800 A.D. Travellers and explorers began uncovering the monuments of ancient Egypt 1822- Hieroglyphs deciphered 1859- 1869 Suez Canal built Egyptologists began formal excavations in Egypt 1900 A.D. 1922- Howard Carter discovered the tomb of Tutankhamun 1953- Egypt became independent


Unit 1: Foundations
The Assyrian people conquered the Hittites, who had conquered the Babylonian empire, in 1300 B.C.E. The Assyrian empire was not only in Mesopotamia, but also Syria, Palestine, and most of Egypt and Anatolia. The Assyrians took the Hittites inventions of iron weapons, chariots, and the wheel and enhanced them to their advantage.


Hyksos
Hyksos definition, a nomadic people who conquered and ruled ancient Egypt between the 13th and 18th dynasties, c1700â1580 b.c.: believed to have been a Semitic people that originally migrated into Egypt from Asia. See more.


Lines 330 and 331 â Eligible medical expenses you can claim on your tax return
This list of common medical expenses shows: 1  types of medical expenses. 2  if the expense is eligible. 3  if you need any supporting documents (such as Form T2201, Disability Tax Credit Certificate)


Deducting Medical Expenses
Unfortunately, there is a significant limitation on the deduction, which can make it useless for many taxpayers: You can deduct only the amount of your medical and dental expenses that are more than a specified percentage of your adjusted gross income (AGI).


Medical deduction threshold goes to 10% stays at 7.5% for all filers in 2017 and 2018
Lower medical costs level leaving: The smaller deduction threshold for older filers was granted as part of the Affordable Care Act, aka Obamacare. The 7.5 percent was in effect when the law was enacted in 2010, but to pay for the ACA, the threshold was hiked to 10 percent beginning with the 2013 tax year.


How to Claim the Medical Expenses Tax Deduction
Do your taxes online, and the process of claiming any medical tax deductions and all other credits and tax deductions will be made easier and faster for you. You can start for free. Online tax returns are designed to total all your costs, enter them into the appropriate categories, calculate your adjusted gross income, and figure out your total medical tax deductions.


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Area - Regular Polygons - Review Find the area of each regular polygon. Round your answer to the nearest tenth if necessary. 1) 6.7 7 2) 12.4 15 3) 8 9.7 4) 11.3 9.8 5) 14 16.9 6) 13.9 14.4-1-


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About This Quiz & Worksheet. To find the area of a regular polygon, you must have an understanding of how to use the apothem and the relevant formula. This quiz and worksheet combination will help you assess your understanding of how to perform these calculations.


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Area of any Regular Polygon. A regular polygon is a polygon where all the sides are the same length and all the angles are equal. How to find the area of a regular polygon? The apothem of a regular polygon is a line segment from the center of the polygon to the midpoint of one of its sides. The area of any regular polygon is equal to half of the product of the perimeter and the apothem.


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Use what you know about special right triangles to find the area of each regular polygon. Leave your answer in simplest form. 11) 18 243 3 12) 4 3 96 3 13) 10 25 3 14) 8 96 3 15) quadrilateral radius = 16 2 1024 16) hexagon side = 16 3 3 128 3 Critical thinking questions: 17) Find the perimeter of a regular hexagon that has an area of 54 3 unitsÂ². 36 units


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Area of Regular Polygons Date_____ Period____ Find the area of each regular polygon. Leave your answer in simplest form. 1) 8 4 3 3 2) 13.9 14.4 3) 12 14.5 4) 7.5 5.1 5) 12 16.5 6) 10 5 3 7) pentagon apothem = 7.3 side = 10.6 8) triangle apothem = 14 side = 28 3-1-


Regular Polygon Teacher Resources
For this area of polygons worksheet, students find the area and perimeter of regular polygons. They identify the center of a polygon, the length of the radius of a polygon and the length of the apothem.


Perimeter
A square and an equilateral triangle are both examples of regular polygons. Another method for finding the perimeter of a regular polygon is to multiply the number of sides by the length of one side. Let's revisit Examples 3 and 4 using this second method. Example 3: Find the perimeter of a square with each side measuring 2 inches.


Perimeter and Area of Polygons
Perimeter and area of polygons are introduced in this unit. Perimeter of polygons and perimeter of regular polygons are covered. The difference between perimeter and area is explained. Try our sample lessons below, or browse other units.


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Our worksheets are made according to the Singapore Math Curriculum and aimed to meet the following objectives: 1  Improve students understanding of mathematical concepts at home, in class or tutoring concept. 2  Mathematics should be an enjoying learning experience based on real life problems and activities.


To the nearest tenth, find the perimeter of ABC with vertices A (-2-2), B (0,5) and C (3,-1).
Worksheet by Kuta Software LLC-2-7) 7 km 8) 3 cm Find the area of each regular polygon. Round your answer to the nearest tenth if necessary. 9) 8 10) 12 11) 16 12) 9


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MPM Release of Superoxide Ions Cells (106/well) incubated in Hanksâ balanced salt solution contain-ing acetylcytochrome c (80 mol/L) were stimulated by phorbol myristate acetate (0.5 g/mL) for 30 minutes.27 Superoxide dis-mutase (30 mg/L) was added to control samples. Superoxide release levels were expressed as nanomoles superoxide per milligram cell protein, with an extinction coefficient at 550 nm of 21 (mmol/L)1 cm1. Flow Cytometric Assay of DCFH-DA Oxidation


Superoxide dismutase
Superoxide is produced as a by-product of oxygen metabolism and, if not regulated, causes many types of cell damage.[2] Hydrogen peroxide is also damaging and is degraded by other enzymes such as catalase. Thus, SOD is an important antioxidant defense in nearly all living cells exposed to oxygen.


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also exhibited reduced NADPH-induced aortic superoxide ion production by 52% and a reduction of 43% in their atherosclerotic lesion size compared with E0 mice. Finally, 2 animals genotyped as homozygous-knockout for bothACE and APOE genes (ACE/ /E0), exhibited a striking reduction of 86% in their atherosclerotic lesion area compared with E0 mice.


Superoxide dismutase
Superoxide dismutase - Physiology. 1  Superoxide is one of the main reactive oxygen species in the cell. 2  Drosophila lacking SOD1 have a dramatically shortened lifespan, whereas flies lacking SOD2 die before birth. 3  Several prokaryotic SOD null mutants have been generated, including E. coli.


SUPEROXIDE DISMUTASE
Superoxide dismutase is an enzyme found in all living cells. An enzyme is a substance that speeds up certain chemical reactions in the body. The superoxide dismutase that is used as medicine is sometimes taken from cows. Superoxide dismutase is taken by mouth for removing wrinkles, rebuilding tissue


SUPEROXIDE DISMUTASE
The superoxide dismutase that is used as medicine is sometimes taken from cows. Superoxide dismutase is taken by mouth for removing wrinkles, rebuilding tissue, and extending the length of life. However, there is no evidence that superoxide dismutase products that are taken by mouth are absorbed by the body.


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genesis. In this study, we analyzed whether tissue ACE deficiency in ACE-knockout mice type-2 would affect their oxidative status. Moreover, by crossbreeding the ACE-knockout mice with atherosclerotic apolipoprotein E (apo E)âdeficient (E0) mice, we questioned whether tissue ACE deficiency affects atherogenesis.


Superoxide dismutase
Superoxide dismutase. Superoxide dismutase (SOD, EC 1.15.1.1) is an enzyme that alternately catalyzes the dismutation (or partitioning) of the superoxide (O2â) radical into either ordinary molecular oxygen (O2) or hydrogen peroxide (H2O2).


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Interestingly, this did not affect milk production or milk fat content (although the cows did not quite reach the same production as cows fed excess metabolizable protein; Lee et al., 2012b). This could be a result of the high DMI in these trials.