Home
Class 12
MATHS
Simply {(a^m)^(m-1/m)}^(1/(m+1))...

Simply
`{(a^m)^(m-1/m)}^(1/(m+1))`

Text Solution

Verified by Experts

The correct Answer is:
A, B, 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

Simplify : (1)/(1+x^(m-n)+x^(m-p))+(1)/(1+x^(n-p)+x^(n-m))+(1)/(1+x^(p-m)+x^(p-n)) .

Show that the straight line x cosalpha+y sin alpha=p is a tangent to the curve (x^(m))/(a^(m))+(y^(m))/(b^(m))=1 , if (a cos alpha)^((m)/(m-1))+(b sin alpha)^((m)/(m-1))=p^((m)/(m-1))

Simplify : (2^n.6^(m+1).10^(m-n).15^(m+n-2))/(4^m.3^(m+n).25^(m-1)) .

Find the condition for which the formula (a+b)^m = a^m+m a^(m-1)b+(m(m-1))/(1xx2)a^(m-2)b^2+ . . . . holds.

Simplify : ((4^(m+(1)/(4))xxsqrt(2.2^m))/(2.sqrt(2^(-m))))^((1)/(m)) .

If the sum of the first m terms of an A.P. is equal to the sum of either the next n terms or the next p terms, prove that, (m+n)((1)/(m)-(1)/(p)) = (m+p)((1)/(m) - (1)/(n))

If m be a whole number, then determine the degree of the polynomial (x^(m)+x^(m-1)+x^(m-2)+.......+x+1) . Also find the co-efficient of x^(m-3) of the polynomial.

A is a set containing n elements. A subset P_1 is chosen and A is reconstructed by replacing the elements of P_1 . The same process is repeated for subsets P_1,P_2,....,P_m with m>1 . The number of ways of choosing P_1,P_2,....,P_m so that P_1 cup P_2 cup....cup P_m=A is (a) (2^m-1)^(mn) (b) (2^n-1)^m (c) (m+n)C_m (d) none of these

m(m-1)(m-2)...3.2.1=

Show that the distance between (1,1) and ((2m^(2))/(1+m^(2)) , ((1-m)^(2))/(1+m^(2))) is independent of m.