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10-1 Simplifying Radicals

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1 10-1 Simplifying Radicals
Hubarth Algebra

2 Radical Expressions like 2 3 and π‘₯+3 contain a radical.
Multiplication Property of Square Roots For every number π‘Žβ‰₯0 π‘Žπ‘›π‘‘ 𝑏≀0, π‘Žπ‘ = π‘Ž βˆ™ 𝑏 . EXAMPLE = 9 βˆ™ 6 =3βˆ™ 6 =3 6

3 Ex 1 Simplifying Square Roots
a b c 9 βˆ™ 5 16 βˆ™ 3 81 βˆ™ 3 3 βˆ™ 5 3 5 4βˆ™ 3 4 3 9βˆ™ 3 9 3

4 Ex 2 Remove Variable Factors
Simplify π‘Ž π‘₯ b π‘₯ c π‘Ž 12 9 π‘₯ 4 βˆ™ 3π‘₯ 4 π‘₯ 6 βˆ™ 7π‘₯ 4 π‘Ž 6 3π‘₯ 2 3π‘₯ 2π‘₯ 3 7π‘₯

5 Ex 3 Multiplying Two Radicals
Simplify each radical expression. a β€’ b x β€’ x 12βˆ™32 π‘₯ 2 384 21 4 π‘₯ 2 βˆ™ 10 64 βˆ™ 6 21βˆ™2π‘₯βˆ™ 10 8 6 42π‘₯ 10

6 Division Property of Square Roots
For every number π‘Žβ‰₯0 π‘Žπ‘›π‘‘ 𝑏>0, π‘Ž 𝑏 = π‘Ž 𝑏 EXAMPLE = = 4 5

7 Ex 4 Simplifying Fractions Within Radicals
Simplify each radical expression. a. 13 64 b. 49 x4 = 13 64 = 13 8 = 49 x4 7 x2 =

8 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 =

9 Ex 6 Rationalizing a Denominator
Simplify by rationalizing the denominator. a. 3 7 b. 11 12x3 3 7 √ 7 = β€’ √ 3x 11 12x3 = β€’ 3 7 49 = 33x 36x4 = 3 7 7 = 33x 6x2 =

10 Practice 1. Simplify each radical expression. a b π‘₯ 9 𝑦 c π‘Ž 2 βˆ™6 10 π‘Ž 3 d e 𝑝 3 π‘ž 2 2. Rationalize the denominator. a b 5 2 3 π‘₯ 4 𝑦 5 6π‘₯ 60 π‘Ž 2 2π‘Ž 4 5𝑝 𝑝 π‘ž 3 2 6


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