All Algebra II Resources
Example Questions
Example Question #21 : Distributing Exponents (Power Rule)
When you have an exponent outside of parentheses, it means it is necessary to distribute it to all parts of whatever numbers or variables are inside the parentheses.
Distribute the exponent 4 to both the 3 and the 4 inside the parentheses
Now take 3 to the fourth power (or 3 four times) in the numerator and 4 to the fourth power (or 4 four times) in the denominator
This fraction does not reduce so this is the final answer.
Example Question #24 : Distributing Exponents (Power Rule)
Simplify
An exponent outside of a parentheses needs to be distributed to all the numbers and variables in the parentheses. An exponent raised to an exponent should be multiplied.
Example Question #25 : Distributing Exponents (Power Rule)
An exponent outside of a parentheses means the entire quantity is being raised to that power. In other words, the quantity inside the parentheses is being multiplied by itself the number of times the outside exponent says.
Recall that when like bases are being multiplied together their exponents are added.
Example Question #21 : Distributing Exponents (Power Rule)
Simplify the expression
Example Question #21 : Distributing Exponents (Power Rule)
Simplify the expression:
First simplify the expression inside the parentheses.
Then distribute the exponent.
Rearrange the expression so that there are no more negative exponents.
Example Question #21 : Distributing Exponents (Power Rule)
Simplify:
When exponents are being raised by another exponent, we just multiply the powers.
Example Question #21 : Distributing Exponents (Power Rule)
Simplify:
When exponents are being raised by another exponent, we just multiply the powers.
Example Question #21 : Distributing Exponents (Power Rule)
Simplify:
When exponents are being raised by another exponent, we just multiply the powers.
Example Question #31 : Distributing Exponents (Power Rule)
Simplify:
When exponents are being raised by another exponent, we just multiply the powers.
When we have fractional exponents, we convert like this:
. is the index of the radical which is the denominator of the fractional exponent, is the power that will raise the base which is the numerator of the fractional exponent and is the base.
The perfect cube we can get is .
Example Question #31 : Distributing Exponents (Power Rule)
Evaluate:
When dealing exponents being raised by a power, we multiply the exponents and keep the base.