Step-by-step explanation:
roots as exponents are fractions
if there is no root number next to the radical sign its assumed that its 1/2
3√2 is 2^(1/3)
√3 is 3^(1/2)
4√3 is 3^(1/4)
5√2 is 2^(1/5)
64/4 = x/3 or 4/64 = 3/x
X= 16
3x16 = 48
The answer is 48
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AAS congruence theorem.
We know that <H is congruent to <F and <GJH is congruent to <JGF.
We also know that JG is congruent to JG, which gives us a side and two angles, so AAS would prove them congruent.
Answer:
it would be 12 to the second power.. i think or 24 to the second power
Step-by-step explanation:
It is not a monomial because the expression consists of more than one term.
