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©1 yK8uHthan oS1o2fPtFwJacreel CLRL9CX.N K IAelNlQ Qr2iagjh KtHsN brnecs4eFr8v5eqdA.R V xMsa1dte j wwqi7t3hQ JIOn0fGionIi vtxeh FAMlggRerbZrDaR u2O.5 Worksheet by Kuta Software LLC Algebra 2 ID: 1 Name_____ 9.2 - Simplify Cube Roots Practice Date_____ Period____ Simplify. 1) 3 −500 2) 3 −875 3) 3 875 4) 3
Simplifying Radical Expressions Date_____ Period____ Simplify. 1) 125 n 5 5n 2) 216 v 6 6v 3) 512 k2 16 k 2 4) 512 m3 16 m 2m 5) 216 k4 6k2 6 6) 100 v3 10 v v ... Create your own worksheets like this one with Infinite Algebra 1. Free trial available at KutaSoftware.com. Title: Simplifying Radicals
Cube Root Worksheets. Simplify Cube Roots. Rationalize denominators. Add & Subtract Radical Expressions. Multiply Radical Expressions. Divide Radical Expressions. Using Radicals to Solve Equations. Examples, solutions, videos, and worksheets to help Grade 7 and Grade 8 students learn how to find the positive Cube Root of a number.
To simplify a radical, factor the radicand (under the radical) into factors whose exponents are multiples of the index. The roots of these factors are written outside the radical, with the leftover factors making up the new radicand. Keep in mind that you are dealing with perfect cubes (not perfect squares).
be even in a perfect square. Writing a cube root in simplest form involves finding factors of the radicand that are perfect cubes, as illustrated in Example 2. The process illustrated in this example is extended in an identical fashion to simplify radical expressions with any index.
Simplifying Radical Expressions. Essential Question. How can you multiply square roots? Operations with Square Roots. Work with a partner. For each operation with square roots, compare the results obtained using the two indicated orders of operations. What can you conclude? a. Square Roots and Addition. Is — 36 — — 64 equal to .
Worksheet by Kuta Software LLC. Create your own worksheets like this one with Infinite Algebra 2. Free trial available at KutaSoftware.com.
