Negative Exponents - Algebra 2
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What is 
the same as?
What is
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While a positive exponent says how many times to multiply by a number, a negative exponent says how many times to divide by the number.
To solve for negative exponents, just calculate the reciprocal.
While a positive exponent says how many times to multiply by a number, a negative exponent says how many times to divide by the number.
To solve for negative exponents, just calculate the reciprocal.
Solve: 
Solve:
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To evaluate a negative exponent, convert the exponent to positive by taking the inverse.
To evaluate a negative exponent, convert the exponent to positive by taking the inverse.
Simplify the following expression
Simplify the following expression
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Simplify the following expression:
Simplify the following expression:
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Solve for 
:
Solve for
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Raise both sides of the equation to the inverse power of 
to cancel the exponent on the left hand side of the equation.
Subtract 
from both sides:
Raise both sides of the equation to the inverse power of
Subtract
Simplify the following expression
Simplify the following expression
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Simplify the following expression
Simplify the following expression
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Simplify the following expression
Simplify the following expression
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Represent the fraction using only positive exponents:
Represent the fraction using only positive exponents:
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Negative exponents are the reciprocal of their positive counterpart. For example:
Therefore:
This simplifies to**:**
Negative exponents are the reciprocal of their positive counterpart. For example:
Therefore:
This simplifies to**:**
Solve the equation for n:
Solve the equation for n:
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Rewrite the right-hand-side so that each side has the same base:
Use the Property of Equality for Exponential Functions:
Solving for 
:
Rewrite the right-hand-side so that each side has the same base:
Use the Property of Equality for Exponential Functions:
Solving for
Simplify:
Simplify:
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To simplify this expression, first make all of the negative exponents positive. That means putting them in the opposite position (if they're in the numerator, put it in the denominator and vice versa).
It should then look like:
.
Then, combine like terms. Remember, if bases are the same, add exponents!
Therefore, your answer is:
To simplify this expression, first make all of the negative exponents positive. That means putting them in the opposite position (if they're in the numerator, put it in the denominator and vice versa).
It should then look like:
Then, combine like terms. Remember, if bases are the same, add exponents!
Therefore, your answer is:
Simplify the expression: 
Simplify the expression:
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A negative exponent is resolved by taking the reciprocal. For example 
.
start by making all the negative exponents positive ones:
Note that the whole fraction on the left could have also been written as being divided by $a^2$ where the one is simply in the denominator, but it is necessary to understand that dividing by a fraction is the same as multiplying by one which occurs in the next step.
Use the multiplication rule of exponents and simplify the constant:
A negative exponent is resolved by taking the reciprocal. For example
start by making all the negative exponents positive ones:
Use the multiplication rule of exponents and simplify the constant:
Simplify: 
Simplify:
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First, make all of the negative exponents positive. To do this, put it in the opposite location (if in the numerator, place in the denominator). This should look like: 
. Then, simplify each term. Remember, when multiplying and bases are the same, add exponents. Therefore, your final answer should be: 
.
First, make all of the negative exponents positive. To do this, put it in the opposite location (if in the numerator, place in the denominator). This should look like:
Evaluate 
Evaluate
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When dealing with exponents, always turn it into this form:
represents the base of the exponent, and 
is the power in a positive value.
When dealing with exponents, always turn it into this form:
Evaluate 
Evaluate
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When dealing with exponents, always turn it into this form:
represents the base of the exponent, and is the power in a positive value.
When dealing with exponents, always turn it into this form:
Evaluate 
Evaluate
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When dealing with exponents, always turn it into this form:
represents the base of the exponent, and is the power in a positive value.
Because the exponent is odd, that's why our fraction is negative.
When dealing with exponents, always turn it into this form:
Evaluate 
Evaluate
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When dealing with exponents, always turn it into this form:
represents the base of the exponent, and is the power in a positive value.
The reason the answer is negative is because we focus on the exponent first and in this case the exponent is raised to a positive 
.
When dealing with exponents, always turn it into this form:
Evaluate 
Evaluate
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When dealing with exponents, always turn it into this form:
represents the base of the exponent, and is the power in a positive value.
When dealing with exponents, always turn it into this form:
Evaluate 
Evaluate
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When dealing with exponents, always turn it into this form:
represents the base of the exponent, and is the power in a positive value.
When dealing with exponents, always turn it into this form:
Evaluate 
Evaluate
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When dealing with exponents, always turn it into this form:
represents the base of the exponent, and is the power in a positive value.
It is important to keep the paranthesis as we are squaring 
which makes our answer.
When dealing with exponents, always turn it into this form: