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Let’s check out your problem:
Find the value of the following. a)
375
3
×
192
3
\sqrt[3]{375} \times \sqrt[3]{192}
3
375
×
3
192
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Math Problems
Algebra 2
Evaluate rational exponents
Full solution
Q.
Find the value of the following. a)
375
3
×
192
3
\sqrt[3]{375} \times \sqrt[3]{192}
3
375
×
3
192
Identify numbers:
Identify the numbers to find the cube roots for. Calculate the cube root of
375
375
375
and the cube root of
192
192
192
.
Simplify using prime factorization:
Simplify the cube roots using prime factorization.
375
=
3
×
5
×
5
×
5
=
3
×
5
3
375 = 3 \times 5 \times 5 \times 5 = 3 \times 5^3
375
=
3
×
5
×
5
×
5
=
3
×
5
3
,
192
=
2
×
2
×
2
×
2
×
2
×
2
×
3
=
2
6
×
3
192 = 2 \times 2 \times 2 \times 2 \times 2 \times 2 \times 3 = 2^6 \times 3
192
=
2
×
2
×
2
×
2
×
2
×
2
×
3
=
2
6
×
3
.
Calculate cube roots:
Calculate the cube roots.
\newline
Cube root of
375
375
375
= cube root of
(
3
×
5
3
)
(3 \times 5^3)
(
3
×
5
3
)
=
5
×
5 \times
5
×
cube root of
3
3
3
,
\newline
Cube root of
192
192
192
= cube root of
(
2
6
×
3
)
(2^6 \times 3)
(
2
6
×
3
)
=
2
2
×
2^2 \times
2
2
×
cube root of
3
3
3
=
4
×
4 \times
4
×
cube root of
3
3
3
.
Multiply results:
Multiply the results.
\newline
(
5
×
3
3
)
×
(
4
×
3
3
)
=
20
×
(
3
3
)
2
(5 \times \sqrt[3]{3}) \times (4 \times \sqrt[3]{3}) = 20 \times (\sqrt[3]{3})^2
(
5
×
3
3
)
×
(
4
×
3
3
)
=
20
×
(
3
3
)
2
.
Simplify further:
Simplify further if possible.
\newline
(
3
3
)
2
(\sqrt[3]{3})^2
(
3
3
)
2
is not further simplifiable without a calculator or more specific value approximation.
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