All Algebra II Resources
Example Questions
Example Question #1991 : Algebra Ii
Simplify the following expression:
Step 1: A power raised to a power can be simplified by multiplying the two powers.
Step 2: When a fraction is raised to a power, it applies to both the top and bottom. Again, you multiply the powers.
Step 3: When dividing exponents with the same base, you subtract the power of the bottom from the power of the top.
Example Question #1992 : Algebra Ii
Simplify the expression:
Simplify the first expression.
Rewrite the expression and combine like-terms.
The answer is:
Example Question #1993 : Algebra Ii
Simplify the expression:
Distribute the first term with the binomial.
Subtract the last term with this expression. Do not combine the terms as one unit. There are no like-terms, and the terms cannot simplified any further.
The answer is:
Example Question #151 : Basic Single Variable Algebra
Simplify the expression:
Multiply the first term with every term inside the parentheses.
Sum the terms.
Combine like-terms.
The answer is:
Example Question #61 : Simplifying Expressions
Simplify the following expression:
First, focus on the first term . By the rules for multiplying exponents,
.
Since , . Hence,
.
Now focus on the second term,. Since the exponent is negative, we must rewrite this expression as the reciprocal of the base to the positive power:
By the rules for multiplying exponents,
Since , . Hence,
.
Substituting these simplified terms into the original expression yields
.
Hence, is the correct answer.
Example Question #1994 : Algebra Ii
Simplify:
First, use the distributive property:
Now simplify by combining your like terms:
Therefore, your final answer is:
Example Question #61 : Simplifying Expressions
Simplify:
Distribute the outer term with both terms inside the parentheses.
When similar bases are multiplied, we can add the exponents of that base.
Simplify the terms.
Any term besides zero raised to the power of zero equals one.
The answer is:
Example Question #151 : Basic Single Variable Algebra
Given the expression , what must be the numerator of the simplified form?
To determine the number, we will need to find the least common denominator by multiplying all three denominators together.
Simplify the fractions.
The answer is:
Example Question #1995 : Algebra Ii
If and , what does equal?
Substitute the terms into the expression.
Simplify the terms by order of operation. Start with the inner parentheses.
The answer is:
Example Question #152 : Basic Single Variable Algebra
Simplify:
In order to simplified the expression, we will need to distribute the outer term through the terms inside the parentheses.
Distribute the terms.
The answer is: