Interpret "percent" as "hundredths". Thus, 57% = 57/100. 48% = 48/100 = 12/25. 115% = 115/100 = 23/20.
No but percentages are ratios.
Yes, provided you consider fractions and percentages as ratios.Yes, provided you consider fractions and percentages as ratios.Yes, provided you consider fractions and percentages as ratios.Yes, provided you consider fractions and percentages as ratios.
Not sure about precentages, but percentages are the numerators of ratios when the denominator is 100. Another way of thinking about it is that percentages represent parts per 100.
I am not sure what you mean by "rules". Percentages are just an easy way to view and compare ratios. If you eat 5/16 of a bag of candy and I eat 6/17, who has eaten more? It is easier if to figure out if you convert those ratios (fractions) to percentages. 5/16 = 31.25% 6/17 = 35.29% So, obviously I have eaten more, (35.29%) but it wasn't so clear when I used fractions. To convert a fraction to a percentage, divide the numerator by the denominator and then multiply by 100.
1:5 Think of ratios like fractions, the first number would go on top and the second on the bottom. Dividing this would give you .2, which when multiplied by 100 to convert to percentages is 20%
Convert all ratios to percentages or decimals (as you like) and then compare them.
No but percentages are ratios.
To find the empirical formula with percentages, first convert the percentages to grams. Then divide the grams by the atomic mass of each element. Finally, simplify the ratios to find the simplest whole number ratio, which represents the empirical formula.
Yes, provided you consider fractions and percentages as ratios.Yes, provided you consider fractions and percentages as ratios.Yes, provided you consider fractions and percentages as ratios.Yes, provided you consider fractions and percentages as ratios.
ratios fractions and percentages thank you i am a legend
To determine the empirical formula from percentages of elements in a compound, convert the percentages to grams, then to moles. Divide the moles of each element by the smallest number of moles to find the ratio of elements. Finally, write the empirical formula using the ratios as subscripts for each element.
Not sure about precentages, but percentages are the numerators of ratios when the denominator is 100. Another way of thinking about it is that percentages represent parts per 100.
I am not sure what you mean by "rules". Percentages are just an easy way to view and compare ratios. If you eat 5/16 of a bag of candy and I eat 6/17, who has eaten more? It is easier if to figure out if you convert those ratios (fractions) to percentages. 5/16 = 31.25% 6/17 = 35.29% So, obviously I have eaten more, (35.29%) but it wasn't so clear when I used fractions. To convert a fraction to a percentage, divide the numerator by the denominator and then multiply by 100.
You cannot convert percentages to pounds. Percentages are comparisons of two related quantities so you can have one lot of pounds as a percentage of another lot, but not by itself. Otherwise you would be able to convert 25% of an inch into a pound!
Given a ratio, a percentage is the numerator of an equivalent ratio whose denominator is 100.
Milogram is not an English word.
To convert decimals into percentages, multiply by 100. 3.5 is 350%