All Algebra II Resources
Example Questions
Example Question #141 : Simplifying Exponents
Simplify:
When dividing exponents, we subtract the exponents and keep the base the same.
We know with negative exponents, it's expressed as one over the positive exponent.
Example Question #3602 : Algebra Ii
Simplify:
Let's apply the exponents to the parentheses first and then simplify.
The cancels and the numbers can be reduced by .
We finally get: .
Example Question #142 : Simplifying Exponents
Simplify and express as exponents:
Let's rewrite this as just exponents. Remember we can breakup .
Example Question #143 : Simplifying Exponents
Simplify:
When dividing exponents, we subtract the exponents and keep the base the same.
We know with negative exponents, it's expressed as one over the positive exponent.
Example Question #144 : Simplifying Exponents
Simplify:
When dividing exponents, we subtract the exponents and keep the base the same.
Example Question #146 : Multiplying And Dividing Exponents
Simplify:
Although it seems like we can't simplify anything, we do know that . Therefore we have:
. Now we can divide the exponents to get
Example Question #147 : Multiplying And Dividing Exponents
Simplify:
Let's apply the exponential operation before we simplify.
In the numerator, the become and cancels with the denominator in the left fraction.
We now have: . By combining the top and applying the division rule of exponents, we get:
Example Question #145 : Simplifying Exponents
Simplify:
Although the exponents have different bases, we know that . Therefore we can rewrite as
Example Question #149 : Multiplying And Dividing Exponents
Simplify:
Although the bases are not the same, we know that . We will base our answers in base of since this is present in all the choices. Therefore: Now we add the exponents and then subtract them.
Example Question #150 : Multiplying And Dividing Exponents
Divide:
In order to divide, we will first need to change the bases of both terms.
Both terms can be rewritten as base five.
Now that bases are common, we can subtract the powers and the base will be left unchanged.
The answer is: