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# Simplifying indicated operations

Show all your work in a Word document and submit by the end of the Module.

Perform the indicated operations and simplify. (A radical in simplest terms contains no perfect squares; do not use decimals.)

1. 2 √12+ √27
2. 4 √3+ 6√75
3. 2 √y+ √(8z)
4. (√3)( √15)
5. (√8)( √12)
6. (3√y)( -2√y)
7. 1 / √7
8. √3 / √15
9. √12 / √8
10. In the expression 4√(m3) (Read: the fourth root of m cubed) state the index and the radicand. If they were reversed what steps would immediately be necessary

#### Solution Preview

See two attachments for answers to first and second parts.

Show all your work in a Word document and submit by the end of the Module.
Perform the indicated operations and simplify. (A radical in simplest terms contains no perfect squares; do not use decimals.)
1. 2 √12+ √27

2. 4 √3+ 6√75

3. 2 √y+ √(8z)

4. (√3)( √15)

5. (√8)( ...

#### Solution Summary

The expert simplifies the indicated operations. The radical simplest terms containing no perfect squares are determined.

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