Square Roots and Cube Roots · General Aptitude
174 questions in this chapter.
General
ABC26GN1471 · A rationalising factor of ([3]9-[3]3+1) is
· 2007 ABC26GN1472 · The largest four-digit number which is a perfect cube, is
ABC26GN1473 · By what least number must 21600 be multiplied so as to make it a perfect cube?
· 2002 ABC26GN1474 · What is the smallest number by which 3600 be divided to make it a perfect cube?
ABC26GN1475 · Which smallest number must be added to 710 so that the sum is a perfect cube?
· 2005 ABC26GN1478 · If √(y)=4 x, then x2y is [SSC-CHSL (10+2) Exam, 2015]
ABC26GN1479 · 2025.11 × 256.04 + 399.95 × ? = 33.98 × 40.11 [IBPS—Bank Spl. Officer (IT) Exam, 2015]
ABC26GN1480 · If √(7)=2.645, then the value of 1√(28) up to three places of decimal is [SSC-CHSL (10+2) Exam, 2015]
ABC26GN1485 · Solve √((27 5 ?)+15)=5.4 6+0.3 [IBPS-RRB Office Assistant (Online) Exam, 2015]
ABC26GN1487 · (√(63)+√(252)) (√(175)+√(28))= ? [IBPS-RRB Office Assistant (Online) Exam, 2015]
ABC26GN1488 · 9 x2+25-30 x can be expressed as the square of [SSC-CHSL (10+2) Exam, 2015]
ABC26GN1489 · If √(33)=5.745, then the value of the following is approximately √(3/11) [SSC-CHSL (10+2) Exam, 2015]
ABC26GN1490 · √(?)+14=√(2601) [SBI Jr. Associates (Pre.) Exam, 2016]
ABC26GN1491 · If a=√(3)2, then √(1+a)+√(1-a)= ? [DMRC-Train Operator (Station Controller) Exam, 2016]
ABC26GN1492 · What is 5 + 10 equal to? [CDS 2016] 5 5 − 2 20 − 32 + 50 QUANTITATIVE APTITUDE
ABC26GN1493 · The square root of (0.75)31-0.75+ [0.75+(0.75)2+1 ] is
· 2016