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Question 1 of 5
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To simplify √ 108 , find factors that are perfect squares
√ 108
=
√ 36 × 3
Factor by finding smaller multiples of 108
=
√ 36 × √ 3
Apply the Radical Multiplication Property
=
6 × √ 3
36 is a perfect square
=
6 √ 3
Question 2 of 5
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To simplify √ 432 , find factors that are perfect squares
√ 432
=
√ 144 × 3
Factor by finding smaller multiples of 432
=
√ 144 × √ 3
Apply the Radical Multiplication Property
=
12 × √ 3
144 is a perfect square
=
12 √ 3
Question 3 of 5
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First, you can separate the coefficient from the square root.
Next, to simplify √ 200 , find factors that are perfect squares
3 × √ 200
=
3 × √ 100 × 2
Factor by finding smaller multiples of 432
=
3 × √ 100 × √ 2
Apply the Radical Multiplication Property
=
3 × 10 × √ 2
100 is a perfect square
=
30 × √ 2
=
30 √ 2
Question 4 of 5
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First, you can separate the coefficient from the square root.
Next, to simplify √ 48 , find factors that are perfect squares
8 × √ 48
=
8 × √ 16 × 3
Factor by finding smaller multiples of 48
=
8 × √ 16 × √ 3
Apply the Radical Multiplication Property
=
8 × 4 × √ 3
16 is a perfect square
=
32 × √ 3
=
32 √ 3
Alternatively, you can use other square factors of 48 and get the same simplified value. Take note that the process will be longer if you are not using the highest square factor.
8 × √ 48
=
8 × √ 4 × 12
4 and 12 are factors of 48
=
8 × √ 4 × √ 12
Apply the Radical Multiplication Property
=
8 × 2 × √ 12
4 is a perfect square
=
16 × √ 4 × 3
4 and 3 are factors of 12
=
16 × √ 4 × √ 3
Apply the Radical Multiplication Property
=
16 × 2 × √ 3
4 is a perfect square
=
32 × √ 3
=
32 √ 3
Question 5 of 5
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First, find the largest perfect square that divides evenly into 63 ( 9 )
√ 63
=
√ 9 × 7
9 is a perfect square
=
√ 9 × √ 7
Apply the Multiplication Property
=
9 × √ 7
√ 9 = 3
=
3 √ 7