All Algebra II Resources
Example Questions
Example Question #4131 : Algebra Ii
Simplify.
To get rid of the radical in the denominator, we need to multiply top and bottom by the conjugate which is the opposite sign of the radical expression. This would be .
Remember to use FOIL when multiplying out the denominators. Now, with out answer, we can distribute out the .
Example Question #4132 : Algebra Ii
Multiply:
None of these
Cannot combine these radicals
Multiply the outer numbers first:
Combine radicals:
Simplify the radical:
Example Question #4131 : Algebra Ii
When multiplying radicals, we can just multiply the values inside the radicand.
Example Question #4132 : Algebra Ii
When multiplying radicals, we can just multiply the values inside the radicand.
Example Question #35 : Multiplying And Dividing Radicals
When multiplying radicals, we can just multiply the values inside the radicand.
We can simplify this by finding a perfect square.
Example Question #36 : Multiplying And Dividing Radicals
When dealing with radicals in the denominator, we simplify it by multiplying top and bottom by the radical.
Example Question #235 : Radicals
We can simplify this fraction. We can combine the radicals into a giant radical expression.
When dealing with radicals in the denominator, we simplify it by multiplying top and bottom by the radical.
Example Question #1471 : Mathematical Relationships And Basic Graphs
When multiplying radicals, we can just multiply the values inside the radicand.
This can be simplified to which is the cubic root of the answer.
Example Question #4136 : Algebra Ii
We can simplify by finding a perfect square.
Next we can reduce to .
When dealing with radicals in the denominator, we simplify it by multiplying top and bottom by the radical.
Example Question #43 : Multiplying And Dividing Radicals
The first step I'd recommend is to multiply everything and put it all underneath one radical: . Then, recall that for every two of the same term, cross them out underneath the radical and put one of them outside. Attack each term separately: , , and . Put those all together to get: .