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Question 1 of 4
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Rewrite the square root as an exponent
√a8√a8 |
== |
(a8)12(a8)12 |
x12x12 is the same as √x√x |
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== |
a4a4 |
Use the Power Rule to simplify (xa)b=xab(xa)b=xab |
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Question 2 of 4
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First, separate the variable from the constant.
√8x4√8x4 |
== |
√8√8××√x4√x4 |
Apply the Multiplication Property |
Next, simplify the variable by rewriting the square root in √x4√x4 as a fractional exponent
√x4√x4 |
== |
(x4)12(x4)12 |
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== |
x2x2 |
Use the Power Rule to simplify (xa)b=xab(xa)b=xab |
Finally, find factors that are perfect squares for √8×x2√8×x2
√8×x2√8×x2 |
== |
√4×2√4×2××x2x2 |
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== |
√4×√2×x2√4×√2×x2 |
Apply the Multiplication Property |
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2×√2×x22×√2×x2 |
44 is a perfect square |
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2x2√22x2√2 |
Rearrange the expression |
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Question 3 of 4
Simplify
3y√128y43y√128y4
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First, separate the variable from the constant in the surd.
√128y4√128y4 |
== |
√128√128××√y4√y4 |
Apply the Multiplication Property |
Next, simplify the variable by rewriting the square root in √y4√y4 as a fractional exponent
√y4√y4 |
== |
(y4)12(y4)12 |
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== |
y2y2 |
Use the Power Rule to simplify (xa)b=xab(xa)b=xab |
Finally, find factors that are perfect squares for 3y×√128×y23y×√128×y2
3y×√128×y23y×√128×y2 |
== |
3y×3y×√64×2√64×2××y2y2 |
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== |
3y×√64×√2×y23y×√64×√2×y2 |
Apply the Multiplication Property |
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3y×8×√2×y23y×8×√2×y2 |
6464 is a perfect square |
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24y3√224y3√2 |
Rearrange the expression |
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Question 4 of 4
Simplify
√9x2+24xy+16y2√9x2+24xy+16y2
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Simplify the surd further
√9x2+24xy+16y2√9x2+24xy+16y2 |
== |
√(3x+4y)(3x+4y)√(3x+4y)(3x+4y) |
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== |
√(3x+4y)2√(3x+4y)2 |
Apply Exponent Rules |
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== |
3x+4y3x+4y |
(3x+4y)2(3x+4y)2 is a perfect square |