The value of `(1-1/2)(1-1/3)(1-1/4) (1-1/m)` is (a) 1 (b) `1/m` (c) `1/(2m)` (d) `1/(123 (m-1)m)`

Find the value of m ( m -1 )/3 - ( m -2 )/4 = 1

The value of sum_(m=1)^(oo)tan^(-1)((2m)/(m^(4)+m^(2)+2)) is

The value of sum_(m=1)^(n) "tan"^(-1)((2m)/(m^(4) + m^(2) +2 )) is :

m-(m-1)/2=1-(m-2)/3

Find the value of int((x^m-1)dx)/(x^(m+1)sqrt(1-2x^m+mx^(2m))) (A) sqrt(m+2/x^m+1/x^(2m)+c) (B) sqrt(m-2/x^m+1/x^(2m)+c) (C) sqrt(m-2/x^m-1/x^(2m)+c) (D) sqrt(m+2/x^m-1/x^(2m)+c)

Evaluate : ( m^( 1/2 ) times m^( 1/4 ) times m^( 1/4 ) )/ ( m^(1/4 ) times m^( 1/4 ) times 1/( m^(1/16 )) )

[{((1)/(7^(2)))^(-2)}^((1)/(3))]^((1)/(4))=7^(m), is -(1)/(3)(b)(1)/(4)(c)-3(d)2

Determine the value of the rate constant for the elementary reaction: I_(2)(g)+H_(2) (g) rarr 2 Hl (aq) Given that when [ I_(2) ] is 0.15 M and [ H_(2) ] is 0.2M ,the rate of reaction is 0.005M s^(-1) at 298K . (a) 1.06 M^(-1)s^(-1) (b) 2.16 M^(-1)s^(-1) (c) 3.16 M^(-1)s^(-1) (d) 0.166M^(-1)s^(-1)

lim_(x rarr0)((2^(m)+x)^((1)/(m))-(2^(n)+x)^((1)/(n)))/(x) is equal to (1)/(m2^(m))-(1)/(n2^(n)) (b) (1)/(m2^(m))+(1)/(n2^(n))(1)/(m2^(-m))-(1)/(n2^(-n))( d) (1)/(m2^(-m))+(1)/(n2^(-n))