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Example Questions
Example Question #3 : Multiplying And Dividing Radicals
Simplify.
Note: the product of the radicals is the same as the radical of the product:
which is
Once we understand this, we can plug it into the equation:
Example Question #2 : Multiplying And Dividing Radicals
Simplify.
We can simplify the radicals:
and
Plug in the simplifed radicals into the equation:
Example Question #2 : Multiplying And Dividing Radicals
Simplify and rationalize the denominator if needed,
We can only simplify the radical in the numerator:
Plugging in the simplifed radical into the equation we get:
Note: We simplified further because both the numerator and denominator had a "4" which canceled out.
Now we want to rationalize the denominator,
Example Question #201 : Radicals
Simplify
To simplify, you must use the Law of Exponents.
First you must multiply the coefficients then add the exponents:
.
Example Question #332 : College Algebra
What is the product of and
?
First, simplify to
.
Then set up the multiplication problem:
.
Multiply the terms outside of the radical, then the terms under the radical:
then simplfy:
The radical is still not in its simplest form and must be reduced further:
. This is the radical in its simplest form.
Example Question #1 : Multiplying And Dividing Radicals
Simplify
To divide the radicals, simply divide the numbers under the radical and leave them under the radical:
Then simplify this radical:
.
Example Question #202 : Radicals
Solve and simplify.
When multiplying radicals, just take the values inside the radicand and perfom the operation.
can't be reduced so this is the final answer.
Example Question #11 : Multiplying And Dividing Radicals
Solve and simplify.
When multiplying radicals, just take the values inside the radicand and perfom the operation.
In this case, we have a perfect square so simplify that first.
Then, take that answer and multiply that with to get the final answer.
.
Example Question #111 : Simplifying Radicals
Solve and simplify.
When dividing radicals, check the denominator to make sure it can be simplified or that there is a radical present that needs to be fixed. Since there is a radical present, we need to eliminate that radical. To do this, we multiply both top and bottom by . The reason is because we want a whole number in the denominator and multiplying by itself will achieve that. By multiplying itself, it creates a square number which can be reduced to
.
With the denominator being , the numerator is
. Final answer is
.
Example Question #112 : Simplifying Radicals
Solve and simplify.
When dividing radicals, check the denominator to make sure it can be simplified or that there is a radical present that needs to be fixed.
Both and
are perfect squares so they can be simplify.
Final answer is
.
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