All Algebra II Resources
Example Questions
Example Question #2026 : Algebra Ii
If and , what is ?
To begin solving, first we would plug in to for every there is, making it:
Solving, we get:
We would then put that solution into for every there is, making it:
Following the order of operations, the first thing we do is square :
We can then solve the rest of the expression:
Example Question #2021 : Algebra Ii
Solve the expression:
Evaluate the binomial squared first by order of operations.
The expression becomes:
Distribute the negative six through each term of the trinomial.
Combine like-terms.
The answer is:
Example Question #2028 : Algebra Ii
Solve the expression if :
Substitute the value of into the given expression.
Simplify the parentheses by order of operations.
The answer is:
Example Question #2029 : Algebra Ii
If and , evaluate:
Substitute the assigned values into the expression.
Convert the fractions to a common denominator.
Now that the denominators are common, the numerators can be subtracted.
The answer is:
Example Question #181 : Basic Single Variable Algebra
If and , determine:
Substitute the values into the expression.
Simplify the expression by distribution.
The answer is:
Example Question #2031 : Algebra Ii
If , what is the value of ?
Substitute the values of and .
Rationalize the denominator by multiplying the top and bottom with the denominator. This will eliminate the radical in the denominator.
Cancel the integers.
The answer is:
Example Question #2032 : Algebra Ii
Solve the expression: if and
In order to solve this expression, we will need to substitute the assigned values into and .
Simplify the terms by order of operation.
The answer is:
Example Question #2033 : Algebra Ii
If and , what is ?
Substitute the values into the expression.
Simplify the terms by order of operations.
The answer is:
Example Question #2034 : Algebra Ii
If and , what is the value of ?
Substitute the values into the expression.
In order to evaluate this expression, we will need to rewrite the negative exponents into fractions.
Simplify the fractions.
Reduce this fraction.
The answer is:
Example Question #2031 : Algebra Ii
If and , what is the value of ?
Substitute the values in the expression.
Rationalize the denominator by multiplying square root of three on the top and bottom of the fraction.
Simplify the top and bottom.
The answer is:
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