3/10 > 3/11
Because the numerators are the same, you can compare the denominators. Since 10ths are larger than 13ths, 3/10 is larger than 3/13. When the denominators are the same, the fraction with the larger numerator is the largest. When the numerators are the same, the fraction with the smaller denominator is the largest.
It is 0.2727... where the underlined string repeats without end.
The fastest and surest way to do that is to have a calculator that has a fraction button. (a b/c)
The numerator and the denominator. Without them, the whole question is pointless!The numerator and the denominator. Without them, the whole question is pointless!The numerator and the denominator. Without them, the whole question is pointless!The numerator and the denominator. Without them, the whole question is pointless!
You can find a common denominator without factoring but it will not be the least such number. That means that you will end up working with numbers that are far larger than they need be. For example, 5/12 + 7/18 Using LCD = 36: 15/36 + 14/36 = 29/36 Without LCD : 90/216 + 84/216 = 174/216 which can then be simplified to 29/36.
convert to decimals: 3 / 10 = 0.300 3 / 11 = 0.273
Because the numerators are the same, you can compare the denominators. Since 10ths are larger than 13ths, 3/10 is larger than 3/13. When the denominators are the same, the fraction with the larger numerator is the largest. When the numerators are the same, the fraction with the smaller denominator is the largest.
It is 0.2727... where the underlined string repeats without end.
The fastest and surest way to do that is to have a calculator that has a fraction button. (a b/c)
The numerator and the denominator. Without them, the whole question is pointless!The numerator and the denominator. Without them, the whole question is pointless!The numerator and the denominator. Without them, the whole question is pointless!The numerator and the denominator. Without them, the whole question is pointless!
Any fraction where the numerator and the denominator have a GCF of 1 is in its simplest form. Consecutive integers have a GCF of 1. 89/90 is in its simplest form.
First, you have to divide the numerator and then you have to divide the denominator.
Divide the numerator of the original fraction y its denominator.
You can find a common denominator without factoring but it will not be the least such number. That means that you will end up working with numbers that are far larger than they need be. For example, 5/12 + 7/18 Using LCD = 36: 15/36 + 14/36 = 29/36 Without LCD : 90/216 + 84/216 = 174/216 which can then be simplified to 29/36.
Divide the numerator by the denominator. The answer, divided by 1, is the relevant ratio.
Not without the denominator being simplified as well.
you divide the numerator by the denominator