All Algebra II Resources
Example Questions
Example Question #31 : Understanding Exponents
Express as a fraction.
When an exponent is negative, we rewrite in this form in terms of a fraction:
is the base while is the exponent and it's going to be a postive number when written in a fraction.
Example Question #31 : Negative Exponents
Evaluate .
When an exponent is negative, we rewrite in this form in terms of a fraction:
is the base while is the exponent and it's going to be a postive number when written in a fraction.
When an exponent is a decimal, we convert to a fraction.
This is then written in radical form.
is the exponent from the numerator of the fraction, is the index from the denominator of the fraction and is the base of the exponent.
Example Question #31 : Understanding Exponents
Simplify .
When an exponent is negative, we rewrite in this form in terms of a fraction:
is the base while is the exponent and it's going to be a postive number when written in a fraction.
When an exponent is a fraction, we convert to radical form.
is the exponent from the numerator of the fraction, is the index from the denominator of the fraction and is the base of the exponent.
Example Question #31 : Exponents
Simplify:
When an exponent is negative, we express as such:
is the positive exponent, and is the base.
.
Example Question #32 : Negative Exponents
Simplify:
When an exponent is negative, we express as such:
is the positive exponent, and is the base.
Example Question #36 : Understanding Exponents
Simplify:
When an exponent is negative, we express as such:
is the positive exponent, and is the base.
Example Question #501 : Mathematical Relationships And Basic Graphs
Simplify:
When an exponent is negative, we express as such:
is the positive exponent, and is the base.
Remember the negative sign is not part of the base value.
Example Question #38 : Understanding Exponents
Evaluate:
In order to convert negative exponents, we will use the following formula:
In this formula, is the positive exponent and is the base.
Example Question #39 : Understanding Exponents
Evaluate:
In order to convert negative exponents, we will use the following formula:
In this formula, is the positive exponent and is the base.
Example Question #40 : Understanding Exponents
Evaluate:
When exponents are negative, we can express them using the following relationship:
.
In this format, represents the base and represents the exponent. A negative exponent becomes positive when it is rewritten as a reciprocal.
Therefore: