Question

Which of the following expressions are equivalent to \dfrac{-10}{3}
3
−10
​
start fraction, minus, 10, divided by, 3, end fraction?
Choose all answers that apply:
Choose all answers that apply:

(Choice A)
A
-\dfrac{10}{3}−
3
10
​
minus, start fraction, 10, divided by, 3, end fraction

(Choice B, Checked)
B
-\dfrac{-10}{-3}−
−3
−10
​
minus, start fraction, minus, 10, divided by, minus, 3, end fraction

(Choice C)
C
None of the above

Answer 1

Answer:

B

Step-by-step explanation:

I don't know how to explain it, but I hope I got it right and that it helped you.

Answer 2

$-\frac{10}{3}=$Both option A and option B are equivalent to the given fraction $\frac{-10}{3}$. Option A displays $-\frac{10}{3}$ , and option B displays $-\frac{-10}{-3}$. Thus, they both are equal.

Negative fractions:

A fraction can be represented with a numerator and a denominator where they are any integers either negative or positive.

The equivalent fractions that can be written for negative fractions are as follows:

$\frac{-a}{b} =\frac{a}{-b}=-\frac{a}{b}=-\frac{-a}{-b}$

The explanation for the given options:

Given fraction is $\frac{-10}{3}$

Option A:

Here the fraction is $-\frac{10}{3}$

minus, start function, 10 divided by 3, end function

Option B:

Here the fraction is $-\frac{-10}{-3}$

minus, start the fraction, minus 10 divided by minus 3, end fraction

This is on simplifying equals to $-\frac{10}{3}$

Therefore, option A and option B are equivalent fractions for the given fraction.

Learn more about equivalent fractions here:

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