Square Roots and Cube Roots Practice Question and Answer
8 4 Q:
6386118c1f68323fe0f731b5 4 Q:
62f23b943342ab1184324f38 4 Q:
6319b3ca4c69013ac89cc5fd 4 Q:
638dc60334f83f14728d229e 4 Q:
631832f0fe1d3322281dbbd6 4 Q:
630354362876110d0951ddd8 Answer : 2. "70.464"
4 Q:
6319b4dab0a2a82fc54c1cb0 4 Q:
64be661f88d5e4f52def3a67
Q: The value of $${{1}\over 1+\sqrt { 2} + \sqrt { 3}}+{{1}\over 1-\sqrt { 2} + \sqrt { 3}} $$ is
520 06386118c1f68323fe0f731b5
6386118c1f68323fe0f731b5- 1$$\sqrt { 2}$$true
- 2$$\sqrt { 3}$$false
- 31false
- 4$$\left( {4}\sqrt { 3}+ \sqrt { 2}\right)$$false
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Answer : 1. "$$\sqrt { 2}$$"
Q: What will come in the place of question mark (?) in the following question?
$$?=5\sqrt{ \left(243 \right)^2}$$
516 062f23b943342ab1184324f38
62f23b943342ab1184324f38- 17false
- 26false
- 38false
- 49true
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Answer : 4. "9"
Q: Find the square root of (272² - 128²).
480 06319b3ca4c69013ac89cc5fd
6319b3ca4c69013ac89cc5fd- 125false
- 241false
- 312false
- 4Nonetrue
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Answer : 4. "None"
Q: The value of $$2+\sqrt{0.09}-{^3\sqrt{0.008}}-75\% $$ of 2.80 is:
472 0638dc60334f83f14728d229e
638dc60334f83f14728d229e- 10true
- 20.01false
- 3-1false
- 40.001false
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Answer : 1. "0"
Q: If x + 1/√x = 6 then x² + 1/x² is equal to :-
468 0631832f0fe1d3322281dbbd6
631832f0fe1d3322281dbbd6- 118false
- 214true
- 316false
- 412false
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Answer : 2. "14"
Q: Given that √4096 = 64, the value of √4096 + √40.96 +√0.004096 is-
465 0630354362876110d0951ddd8
630354362876110d0951ddd8- 170.4false
- 270.464true
- 371.104false
- 471.4false
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Answer : 2. "70.464"
Explanation :
Given Exp. = √4096 + √40.96 +√0.004096
= 64 + 6.4 + 0.064
= 70.464 Q: √60+√10+√36=?
458 06319b4dab0a2a82fc54c1cb0
6319b4dab0a2a82fc54c1cb0- 156false
- 288false
- 345false
- 4Nonetrue
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Answer : 4. "None "
Q: The value of Let $$\left({\sqrt {1875}\over\sqrt { 3888}}÷{\sqrt {1200}\over\sqrt {768}} \right)\ × \left({\sqrt {175}\over\sqrt {1792}} \right)\ $$. Then $$ \sqrt { x}$$ is equal to:
432 064be661f88d5e4f52def3a67
64be661f88d5e4f52def3a67- 1$$5\over 9$$false
- 2$$7\over 12$$false
- 3$$5\over 12$$true
- 4$$4\over 9$$false
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Answer : 3. "$$5\over 12$$"
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