Current Ratio, Debt to Equity Ratio, Total Asset Turnover, Return on Asset, Price to Book Value sebagai Faktor Penentu Return Saham
The  purpose  ofthis  studyistoexamineandanalyze  thefinancial  ratio  is  measuredwithCurrent  Ratio,  Debt  to Equity  Ratio,  Total  Asset  Turnover,  Return  On  Asset,  Price  to  Book  Value  towards  share  return.  The populationin  this  study  areallReal  Estate  and  Property  Industri  Listed  inthe  indonesia  stock  exchange since period 2012-2013, with the total of47companys. Thestudysamplewas takenby purposive sampling method, with the  total  of  31company.  This  study  usesdata  analysisof  multiple  linear  regression  analysis  to  estimated  of dependent variable’s value from independent variable’s. Based onthe research results, it can be known that only price to book value has a significant effect toward share return and for current ratio, debt to equity ratio, total asset turnover, return on asset has not a significant effect toward share return.
Pengaruh Debt To Equity Ratio, Total Asset Turnover, Inflasi dan BI Rate terhadap Return Saham
The purpose of this study was to analyze the influence of the Debt to Equity Ratio, the Total Asset Turnover, the Inflation and the BI Rate to the Stock Returns. This research was conducted using secondary data. The population in this study was the Food and Beverage industries listed on the Indonesian Stock Exchange period 2011-2015, with the total of 14 companies. The sample in this study was taken by purposive sampling method, with the total of 9 companies. This study used multiple linear regression analysis to measure the influence of independent variables on the dependent variable. The results showed that the Inflation and the BI rate had significant effects on the Stock Returns.
Growth from Solutions
Growth from solutions is the crystallization of a compound whose chemical composition differs markedly from that of the initial liquid phase. Commonly used solvents are water, multicomponent aqueous or nonaqueous solutions, and melts of some chemical compounds. Differentiations are made based on growth temperatures and on the chemical nature of the solvent. In growth from low-temperature aqueous solutions, the temperatures generally do not exceed 80–90°C; in growth from superheated aqueous solutions (hydrothermal method), they reach 800°C, and in growth from salt melts (molten-salt, flux, or fluxed melt growth), they usually do not exceed 1200–1300°C, but sometimes reach 1500°C.