Problem 9
Question
Use the quotient of powers property to simplify the expression. $$ \frac{m^{5}}{m^{11}} $$
Step-by-Step Solution
Verified Answer
The simplified form of the expression is \(m^{-6}\).
1Step 1: Identify Quotient of Powers Property
Recognize that the exercise calls for using the law of quotient of powers in exponents. This is a rule where the base is the same for each number.
2Step 2: Apply Quotient of Powers Property
This rule states that, to divide two exponents with the same base, you subtract the exponent of the divisor \(m^{11}\) from the exponent of the dividend \(m^{5}\). Therefore, you perform the operation \(5 - 11\).
3Step 3: Final Solution
The subtraction operation \(5-11\) yields \(-6\), hence we write the simplified form of the given expression as \(m^{-6}\).
Other exercises in this chapter
Problem 9
Identify the initial amount and the growth rate in the exponential function. $$y=7.5(1.75)^{t}$$
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Write the number in scientific notation. $$ 6.900 .000 $$
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Tell whether the graph of the function contains the point \((0,1) .\) Explain your answer. $$y=2(3)^{x}$$
View solution Problem 9
Use the power of a power property to write the expression as a single power of the base. \(\left(y^{4}\right)^{5}\)
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