Problem

Question 31 (1 point) Simplify: $\sqrt{50}-3 \sqrt{20}+7 \sqrt{18}$ $5 \sqrt{48}$ $88 \sqrt{2}-12 \sqrt{5}$ $26 \sqrt{2}-6 \sqrt{5}$ $4 \sqrt{48}$

Solution

Step 1 :The question is asking to simplify the expression \(\sqrt{50}-3 \sqrt{20}+7 \sqrt{18}\).

Step 2 :To simplify this, we need to break down each square root into its simplest form.

Step 3 :\(\sqrt{50}\) can be simplified to \(5\sqrt{2}\), \(\sqrt{20}\) can be simplified to \(2\sqrt{5}\), and \(\sqrt{18}\) can be simplified to \(3\sqrt{2}\).

Step 4 :After simplifying, we can combine like terms.

Step 5 :The simplified form of the expression \(\sqrt{50}-3 \sqrt{20}+7 \sqrt{18}\) is \(\boxed{-6 \sqrt{5} + 26 \sqrt{2}}\).

From Solvely APP
Source: https://solvelyapp.com/problems/40056/

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