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Simplifying Rational Exponents - power-to-power rule
When a power is raised to a power those powers aremultiplied to get the new power.

Remember to reduce your fractions.

Example:

The two powers are -2 and -⅔
The new power is -2 • -⅔ = 4/3
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Power to Power Rule
Answer:
x 4/3
When a power is raised to a power those powers aremultiplied to get the new power.

Remember to reduce your fractions.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Power to Power
Answer:
When a power is raised to a power those powers are
multiplied to get the new power.

Remember to reduce your fractions.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Power to Power
Answer:
When a power is raised to a power those powers aremultiplied to get the new power.

Remember to reduce your fractions.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Power to Power
Answer:
When a power is raised to a power those powers aremultiplied to get the new power.

Remember to reduce your fractions.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Power to Power
Answer:
When a power is raised to a power those powers are
multiplied to get the new power.

Remember to reduce your fractions.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Power to Power
Answer:
When a power is raised to a power those powers are
multiplied to get the new power.

Remember to reduce your fractions.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Power to Power
Answer:
When a power is raised to a power those powers are
multiplied to get the new power.

Remember to reduce your fractions.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
The Division Rule for Power to Power
Answer:
When a power is raised to a power those powers are
multiplied to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
Lets try this with numbers.
The Division Rule for Power to Power
(25 )
3
1/6
Answer:
When a power is raised to a power those powers are
multiplied to get the new power.
When entering fractional exponents use the "slash" keyfor the fraction bar ... / ... and enter the entire fractionin one answer box as shown above.
Lets try this with numbers.
The Division Rule for Power to Power
(8 )
4
1/3
Answer:
Studenten, die diese Prüfung ablegten, nahmen auch :
ADDING POLYNOMIALS
Simplifying rational exponents - multiplication rule
Simplifying rational exponents - division rule
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