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4 votes
Simplify fourth root of 6 over fifth root of 6. 6 to the power of one fifth 6 to the power of nine twentieths 6 to the power of one twentieth 6 to the power of five fourths

2 Answers

3 votes

Answer:

6 1/20

Step-by-step explanation:

User Yeasir Arafat
by
5.0k points
7 votes

Answer:


\sqrt[20]{6}


\sqrt[60]{6^(137) }

Explanation:

We have to simplify the followings:

1)
\frac{\sqrt[4]{6} }{\sqrt[5]{6} } and

2)
6^{(1)/(5)} * 6^{(9)/(12)} * 6^{(1)/(12)} * 6^{(5)/(4)}

1) Now,
\frac{\sqrt[4]{6} }{\sqrt[5]{6} }

=
\frac{6^{(1)/(4)}}{6^{(1)/(5)}}

=
6^{((1)/(4) - (1)/(5))}

{Since,
(a^(b))/(a^(c)) = a^((b - c)) }

=
6^{((5 - 4)/(20))}

=
6^{(1)/(20)}

=
\sqrt[20]{6} (Answer)

2)
6^{(1)/(5)} * 6^{(9)/(12)} * 6^{(1)/(12)} * 6^{(5)/(4)}

=
6^{((1)/(5) + (9)/(12) + (1)/(12) + (5)/(4))}

=
6^{((12 + 45 + 5 + 75)/(60))}

{Since,
a^(b) * a^(c) = a^((b + c))}

=
6^{(137)/(60)}

=
\sqrt[60]{6^(137) } (Answer)

User Matthew Clendening
by
5.3k points
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