sixteen fortieths, and twenty-four sixtieths
2/10, 1/5
Well since we know that 4 and 10 can both be divided by two, the end result would be 2/5. Then we can determine that the common denominator of 2/5 and 1/5 is 5. Since you have a common denominator you can simply subtract the numerators. So the answer would be 1/5.
the two equivilennt fractions of eight twelfths are quite simple they are 16 24ths and 36 48ths
Oh, dude, you're hitting me with the fractions now? Alright, so two fifths as twentieths is like... 8 twentieths. You just multiply the numerator and denominator by 4 to get there. Easy peasy, right?
Eight twelfths, and twelfth eighteenths.
2/10, 1/5
No, five twentieths is not equal to one third. To compare these two fractions, we need to have a common denominator. To do this, we can rewrite one third as seven twentieths (since 1/3 is equivalent to 7/21). When compared, five twentieths is not equal to seven twentieths, so they are not equivalent fractions.
Well since we know that 4 and 10 can both be divided by two, the end result would be 2/5. Then we can determine that the common denominator of 2/5 and 1/5 is 5. Since you have a common denominator you can simply subtract the numerators. So the answer would be 1/5.
the two equivilennt fractions of eight twelfths are quite simple they are 16 24ths and 36 48ths
Two thirds and eight twelves
8/20 is the equivalent of 2/5
Oh, dude, you're hitting me with the fractions now? Alright, so two fifths as twentieths is like... 8 twentieths. You just multiply the numerator and denominator by 4 to get there. Easy peasy, right?
16/32 and 4/8
Eight twelfths, and twelfth eighteenths.
8Just multiply the 4 by anything and the 10 by the same thing, and you'll get an equivelant fraction. For example, 4 times two is eight, and 10 times two is twenty, so eight twentieths (8/20) or 16/40 , or 32/80, etc.
80/200 and 808/2020 are two examples.
0.1 = 1/10 (one tenth) 2/20 (two twentieths)