Home
Class 12
MATHS
Arrange in ascending order of magnitudes...

Arrange in ascending order of magnitudes
`5^(1/2),10^(1/4),6^(1/3)`

Text Solution

Verified by Experts

The correct Answer is:
A, B, C, D
Promotional Banner

Topper's Solved these Questions

  • LAWS OF INDICES

    CHHAYA PUBLICATION|Exercise Short Answer Type Questions|34 Videos

  • LAWS OF INDICES

    CHHAYA PUBLICATION|Exercise Long Answer Type Questions|6 Videos

  • LAWS OF INDICES

    CHHAYA PUBLICATION|Exercise Multiple Choice Type Questions|14 Videos

  • INTRODUCTION TO THREE-DIMENSIONAL COORDINATE GEOMETRY

    CHHAYA PUBLICATION|Exercise Sample questions for Competitive Exams ( D Comprehension Type)|4 Videos

  • LIMIT

    CHHAYA PUBLICATION|Exercise Sample Questions for Competitive Exams (Assertion -Reason Type)|2 Videos

Similar Questions

Explore conceptually related problems

Arrange in the ascending order of magnitude : 2^(63), 3^(45),5^(27),6^(18)

Rearrange according to the ascending values : 5^(1/2),10^(-1/4),6^(1/3)

Arrange in ascending order of magnitudes 3sqrt(9),4sqrt(20),6sqrt(25)

Rearrange according to the ascending values : 3^(1/2),4^(1/3),5^(1/4) .

A bag contains 50 tickets numbered 1, 2, 3, .., 50 of which five are drawn at random and arranged in ascending order of magnitude (x_1ltx_2ltx_3ltx_4ltx_5) find the probability that x_3=30 .

A bag contains 50 tickets numbered 1,2,3,…, 50 , of which 5 are drawn at random and arranged in ascending order of their numbers x_(1) lt x_(2)ltx_(3) ltx_(4)ltx_(5) . What is the probability that x_(3) = 30 ?

Arrange the following in the descending order of their magnitude. sqrtfrac(1)(16), sqrtfrac(1)(25),sqrtfrac(1)(36),sqrtfrac(1)(49)

A bag contains 50 tickets 1,2,3,...50 of which 5 are drawn at random and aranged in ascending order of their numbers x_(1) lt x_(2) lt x_(3) lt x_(4) lt x_(5) . Find the number of selections so that x_(3)=30

Arrange the given electrolyte solutions in ascending order of molar conductivities : (1) 0.1 (M) Na_(2)SO_(4) ,( 2). 1 (M) Na_(2)SO_(4) , (3) 0.01 (M) Na_(2)SO_(4) , (4). Infinitely diluted Na_(2)SO_(4) solution