All GED Math Resources
Example Questions
Example Question #497 : Numbers And Operations
Simplify the following:
To multiply variables with exponents, we will use the following formula:
So, given the problem
we can solve. We get
Example Question #498 : Numbers And Operations
Evaluate and . Which statement is true of these two values?
and
and
has 5, an odd number, as an exponent, so is a negative number, and it can be calculated by taking the opposite of the fifth power of 4.
is equal to the opposite of the fifth power of 4 as well.
Therefore,
.
,
so
.
Example Question #31 : Exponents
Evaluate and . Which statement is true of these two values?
and
and
and
has 6, an even number, as an exponent, so is a positive number, and it can be calculated by taking sixth power of 3.
is the (negative) opposite of the sixth power of 3.
Therefore,
and
.
Example Question #502 : Ged Math
Evaluate:
In order to solve, we will need to eliminate the negative exponent. Use the following property of negative exponents.
Simplify the denominator.
Convert the division sign to multiplication and take the reciprocal of the second term.
The answer is:
Example Question #503 : Ged Math
Combine the following:
To multiply variables with exponents, we will use the following formula:
Now, let’s combine the following:
Example Question #504 : Ged Math
Simplify the following:
To divide variables with exponents, we will use the following formula:
So, we get
Example Question #501 : Numbers And Operations
Evaluate:
Evaluate the second term first.
Replace this term.
The answer is:
Example Question #506 : Ged Math
Solve:
Evaluate each term using order of operations. We can expand the terms in parentheses to eliminate the exponents.
Simplify the terms.
The answer is:
Example Question #504 : Ged Math
Simplify the following:
To multiply like terms with exponents, we will use the following formula:
Now, given the problem
we can solve. We get
Example Question #33 : Exponents
Evaluate:
In order to solve, we can simplify by multiplying the powers together according to the rule of exponents.
The negative exponent can be rewritten as a fraction.
The answer is: