Yes, but only if the numerators of both fractions are equal to each other.
Given that two fractions are equal to each other, we can set the denominators to be equal to each other, in the instance of this question, but that is only possible, if and only if the numerators of the fractions are equal to one another.
Another proof is,
= 
like in the attached example, we can say that 9 = 4+x, and go further ahead to solve it.
9 = 4 + x
x = 9 - 4
x = 5
if x = 5, then we can assume that
= 
This proves that only the numerator has to be the same for the denominator to be able to be equal to one another.
more explanation can be found here brainly.com/question/7067665
Answer:
$126.54
Step-by-step explanation:
$118.26 times 7 divided by 100 equals to around $8.28. $118.26 plus $8.28 equals to $126.54.
Answer:
one $20 bill, one $5 bill, and three $1 bills. I hope this answer helped
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