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10-1 Simplifying Radicals
Hubarth Algebra
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Radical Expressions like 2 3 and π₯+3 contain a radical.
Multiplication Property of Square Roots For every number πβ₯0 πππ πβ€0, ππ = π β π . EXAMPLE = 9 β 6 =3β 6 =3 6
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Ex 1 Simplifying Square Roots
a b c 9 β 5 16 β 3 81 β 3 3 β 5 3 5 4β 3 4 3 9β 3 9 3
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Ex 2 Remove Variable Factors
Simplify π π₯ b π₯ c π 12 9 π₯ 4 β 3π₯ 4 π₯ 6 β 7π₯ 4 π 6 3π₯ 2 3π₯ 2π₯ 3 7π₯
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Ex 3 Multiplying Two Radicals
Simplify each radical expression. a β’ b x β’ x 12β32 π₯ 2 384 21 4 π₯ 2 β 10 64 β 6 21β2π₯β 10 8 6 42π₯ 10
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Division Property of Square Roots
For every number πβ₯0 πππ π>0, π π = π π EXAMPLE = = 4 5
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Ex 4 Simplifying Fractions Within Radicals
Simplify each radical expression. a. 13 64 b. 49 x4 = 13 64 = 13 8 = 49 x4 7 x2 =
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Ex 5 Simplifying Radicals by Dividing
Simplify each radical expression. a. 120 10 b. 75x5 48x 120 10 = = 75x5 48x 25x4 16 = 4 β’ 3 = 25x4 16 = 4 β’ 3 = 25 β’ x4 16 = 5x2 4 =
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Ex 6 Rationalizing a Denominator
Simplify by rationalizing the denominator. a. 3 7 b. 11 12x3 3 7 β 7 = β’ β 3x 11 12x3 = β’ 3 7 49 = 33x 36x4 = 3 7 7 = 33x 6x2 =
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Practice 1. Simplify each radical expression. a b π₯ 9 π¦ c π 2 β6 10 π 3 d e π 3 π 2 2. Rationalize the denominator. a b 5 2 3 π₯ 4 π¦ 5 6π₯ 60 π 2 2π 4 5π π π 3 2 6
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