All Algebra 1 Resources
Example Questions
Example Question #4801 : Algebra 1
Multiply the following monomial quotients:
To solve this problem, split it into two steps:
1. Multiply the coefficients
2. Combine this with the lone variable e to get the final answer:
Example Question #35 : How To Multiply Monomial Quotients
Multiply the following monomial quotients:
To solve this problem, split it into two steps:
1. Multiply the coefficients
2. Multiply the variables. We also need to remember the following laws of exponents rule: When multiplying variables, add the exponents.
Combine these to get the final answer:
Example Question #41 : How To Multiply Monomial Quotients
Multiply the following monomial quotients:
To solve this problem, split it into two steps:
1. Multiply the coefficients
2. Multiply the variables. We also need to remember the following laws of exponents rule: When multiplying variables, add the exponents.
Combine these to get the final answer:
Example Question #4802 : Algebra 1
Multiply the following monomial quotients:
To solve this problem, split it into two steps:
1. Multiply the coefficients
2. Combine this with the lone variable to get the final answer:
Example Question #4803 : Algebra 1
Simplify the following:
To solve, simply multiply numerators and denominators and then simplify. Thus,
Example Question #4804 : Algebra 1
Choose the answer that is equal to .
First multiply 4 and 12 to get the expression
.
Then remember that to multiple like terms with exponents, add the exponents.
This gives the answer, .
Example Question #45 : How To Multiply Monomial Quotients
Choose the expression that is equal to .
Remember that to multiply like variables with exponents you add the exponents.
This gives .
Also remember that a variable raised to a negative exponential is the same as 1/that same variable to that positive exponential.
For example, is equivalent to .
This thinking leads to the answer .
Example Question #46 : How To Multiply Monomial Quotients
Multiply:
Write out the factors of the second term to see what terms can be cancelled in the numerator and denominator.
After cancellation of common terms, the answer is:
Example Question #47 : How To Multiply Monomial Quotients
Simplify the expression . What is the degree of the simplified monomial?
The degree of a monomial term is the sum of its exponents, which here is
.
Example Question #574 : Variables
Simplify the expression . What is the exponent of ?
The exponent of is 7.