Simplify {(5)^3-(2+3)/(10)

Question

mathstudent55 · Answer

Is this it? Or is the 10 only under 2 + 3?
$ \dfrac{ (5)^3-(2+3)}{10} $

mathstudent55 · Answer

You have an open bracket, but you didn't close it, so it's hard to understand what you meant.

anonymous · Answer

only under 2+3

mathstudent55 · Answer

Ok. I'll try again.

This?

$5^3- \dfrac{2+3}{10}$

mathstudent55 · Answer

If so, start by cubing the 5.
What is 5^3 = ?

anonymous · Answer

$$5^{3}- (2+3)/10 $$ this is what i see

anonymous · Answer

75

anonymous · Answer

$$5^3-\frac{2+3}{10}=125-\frac{1}{2}=\frac{249}{2} $$

mathstudent55 · Answer

$5^5 = 5 \times 5 \times 5 = 125$

$5^3- \dfrac{2+3}{10}$

$= 125 - \dfrac{2+3}{10}$

Now we work on the numerator of the fraction: 2 + 3

$= 125 - \dfrac{5}{10}$

$=125 - 0.5$

Finally, we subtract:

$= 124.5$

anonymous · Answer

the answers are A.12 B.123 and C.7/10 i have the answer i just wanted to see you my teacher got it the answer is A @mathstudent55

anonymous · Answer

@robtobey

anonymous · Answer

->{ (5)^3-(2+3)/(10)
The closing brace is missing.  Where is it to be placed?

mathstudent55 · Answer

@AlanaLeigh14
Notice that the problem we solved does not have any of the answers you listed as choices.
Maybe the problem is like this:

$5^3- \dfrac{10}{2 + 3} = 125 - \dfrac{10}{5} = 125 - 2 = 123$