11/18/2022-HW Rational Exponents
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Last updated over 2 years ago
23 questions
1
Rewrite the expression in radical form. Simplify if needed.
Rewrite the expression in radical form. Simplify if needed.
1
Rewrite the expression in radical form. Simplify if needed. (rationalize the denominator)
Rewrite the expression in radical form. Simplify if needed.
(rationalize the denominator)
1
Rewrite the expression in radical form. Simplify if needed.
Rewrite the expression in radical form. Simplify if needed.
1
Rewrite the expression in radical form. Simplify if needed.
Rewrite the expression in radical form. Simplify if needed.
1
Rewrite the expression in radical form. Simplify if needed.
Rewrite the expression in radical form. Simplify if needed.
1
Rewrite the expression in exponential form.
Rewrite the expression in exponential form.
1
Rewrite the expression in exponential form.
Rewrite the expression in exponential form.
1
Rewrite the expression in exponential form.
Rewrite the expression in exponential form.
1
Simplify the expression. Give final answers in simplest radical form.
Simplify the expression. Give final answers in simplest radical form.
1
Simplify the expression. Give final answers in simplest radical form.
Simplify the expression. Give final answers in simplest radical form.
1
Simplify the expression. Give final answers in simplest radical form.
Simplify the expression. Give final answers in simplest radical form.
1
Simplify the expression. Give final answers in simplest radical form.
Simplify the expression. Give final answers in simplest radical form.
1
Simplify the expression. Give final answers in simplest radical form. Here: flip the 48/3 since there's a negative exponent...and make it: now simplify...
Simplify the expression. Give final answers in simplest radical form.
Here: flip the 48/3 since there's a negative exponent...and make it:
now simplify...
1
Simplify the expression. Give final answers in simplest radical form. convert each term to a rational exponent, and then use multiplication of exponent rules and simplify.
Simplify the expression. Give final answers in simplest radical form.
convert each term to a rational exponent, and then use multiplication of exponent rules and simplify.
1
Simplify the expression. Give final answers in simplest radical form. convert the numerator to a rational exponent, and then use division of exponents rules and simplify.
Simplify the expression. Give final answers in simplest radical form.
convert the numerator to a rational exponent, and then use division of exponents rules and simplify.
1
Simplify the expression. Give final answers in simplest radical form. convert the denominator to a rational exponent, and then use division of exponents rules and simplify.
Simplify the expression. Give final answers in simplest radical form.
convert the denominator to a rational exponent, and then use division of exponents rules and simplify.
1
Simplify the expression. Give final answers in simplest radical form.
(there are 2 correct answers)
Simplify the expression. Give final answers in simplest radical form.
(there are 2 correct answers)
1
Which of the following is the equivalent of the expression below?
Which of the following is the equivalent of the expression below?
1
Which of the following is the equivalent of the expression below?
Which of the following is the equivalent of the expression below?
1
upload your pages of work here--page 1
upload your pages of work here--page 1
1
upload your pages of work here--page 2
upload your pages of work here--page 2
1
upload your pages of work here--page 3
upload your pages of work here--page 3
1
upload your pages of work here--page 4
upload your pages of work here--page 4

