All Algebra II Resources
Example Questions
Example Question #13 : Multiplying And Dividing Exponents
Simplify the expression.
Rearrange the expression so that the and variables of different powers are right next to each other.
When multiplying the same variable with different exponents, it is the same as adding the exponents: . Taking advantage of this rule, the problem can be rewritten.
Example Question #4775 : Algebra 1
Simplify:
Combine like terms in the numerator and the denominator. Use the rules of exponents to combine and in the numerator and and in the denominator. Remember that Then, divide 30 by 5 (the GCF).
The GCF rule can also be used to remove from the numerator and the deonominator. goes into once.
Example Question #12 : Simplifying Exponents
Simplify
When dividing variables with exponents, you subtract the denominator exponents from the numerator exponents of the corresponding variable:
, then simplify: .
In order to remove the negative exponent, we move it to the denominator.
Therefore, the answer is .
Example Question #21 : Simplifying Exponents
Simplify the following expression:
When multiplying exponents, add the superscripts.
When dividing expondents, subtract the superscripts.
Thus, all you need to do here is:
.
Example Question #21 : Simplifying Exponents
Solve:
When dividing similar bases with an exponent, subtract the powers.
Example Question #23 : Simplifying Exponents
Simplify.
When multiplying exponents, we must first check to see if the factors have the same base. If they have the same bases, then we can add the exponents.
Example Question #24 : Simplifying Exponents
Simplify.
When multiplying exponents, we must first check to see if the factors have the same base. If they have the same bases, then we can add the exponents.
Remember that when adding a negative number to a positive number, we take the sign of the greater number and treat it as a subtraction problem. Since is greater than and is positive, our answer is positive. We will treat it as a subtraction problem.
Example Question #25 : Simplifying Exponents
Simplify.
When multiplying exponents, we must first check to see if the factors have the same base. If they have the same bases, then we can add the exponents.
Remember that when adding a negative number to a negative number, we add the addends and place a negative sign in front of the total.
Remember that when adding a negative number to a positive number, we take the sign of the greater number and treat it as a subtraction problem. Since is greater than and is negative, our answer is negative. We will treat it as a subtraction problem.
Example Question #22 : Simplifying Exponents
Simplify.
When dividing exponents, we must first check to see if the factors have the same base. If they have the same bases, then we can subtract the exponents.
Example Question #22 : Simplifying Exponents
Simplify.
When dividing exponents, we must first check to see if the factors have the same base. If they have the same bases, then we can subtract the exponents.
These factors have different bases; therefore, we cannot simplify any further.
The answer is as follows: