All Algebra II Resources
Example Questions
Example Question #14 : Radicals As Exponents
Rewrite the following radical as an exponent:
In order to rewrite a radical as an exponent, the number in the radical that indicates the root, gets written as a fractional exponent. Distribute the exponent to both terms by multiplying it by the exponents of each term as shown below:
From this point simplify the exponents accordingly:
Example Question #71 : Radicals
Rewrite the following radical as an exponent:
In order to rewrite a radical as an exponent, the number in the radical that indicates the root, gets written as a fractional exponent. Distribute the exponent to all terms by multiplying it by the exponents of each term as shown below:
From this point simplify the exponents accordingly:
Example Question #71 : Radicals
Rewrite the following radical as an exponent:
In order to rewrite a radical as an exponent, the number in the radical that indicates the root, gets written as a fractional exponent. Distribute the exponent to all terms by multiplying it by the exponents of each term as shown below:
From this point simplify the exponents accordingly:
Example Question #3971 : Algebra Ii
Rewrite the following radical as an exponent:
In order to rewrite a radical as an exponent, the number in the radical that indicates the root, gets written as a fractional exponent. Distribute the exponent to both terms by multiplying it by the exponents of each term as shown below:
From this point simplify the exponents accordingly:
Example Question #21 : Radicals As Exponents
Rewrite the following radical as an exponent:
In order to rewrite a radical as an exponent, the number in the radical that indicates the root, gets written as a fractional exponent. Distribute the exponent to both terms by multiplying it by the exponents of each term as shown below:
From this point simplify the exponents accordingly:
Example Question #1311 : Mathematical Relationships And Basic Graphs
Rewrite the following radical as an exponent:
In order to rewrite a radical as an exponent, the number in the radical that indicates the root, gets written as a fractional exponent. Distribute the exponent to both terms by multiplying it by the exponents of each term as shown below:
From this point simplify the exponents accordingly:
Example Question #75 : Radicals
Evaluate:
In order to add the two terms, we must first find the values of each term in the expression.
Rewrite the fractional exponents as an expression of a square root.
Add the two values.
The answer is:
Example Question #1312 : Mathematical Relationships And Basic Graphs
Fractional exponents have the power as the numerator and the root as the denominator.
Example Question #1313 : Mathematical Relationships And Basic Graphs
Fractional exponents have the power as the numerator and the root as the denominator.
In this case, the power is 5, and the root is 3.
Example Question #78 : Radicals
Solve:
The numbers with the fractional exponents can be rewritten as radicals.
Simplify both radicals. The sixth root of 64 is two.
The answer is: