Home
Class 11
MATHS
The sum of 50 terms of the series 1+2(1+...

The sum of 50 terms of the series `1+2(1+1/(50))+3(1+1/(50))^2+` is given by (A) `2500` (B) `2550` (C) `2450` (D) none of these

Promotional Banner

Similar Questions

Explore conceptually related problems

The sum of 50 terms of the series 1+2(1+1/(50))+3(1+1/(50))^2+ is given by 2500 b. 2550 c. 2450 d. none of these

The sum of 50 terms of the series 1+2(1+1/(50))+3(1+1/(50))^2+ is given by 2500 b. 2550 c. 2450 d. none of these

The sum to 50 terms of the series 3/1^2+5/(1^2+2^2)+7/(1^+2^2+3^2)+….+… is

The sum to 50 terms of the series 3/1^2+5/(1^2+2^2)+7/(1^+2^2+3^2)+….+… is

The sum to 50 terms of the series 3/1^2+5/(1^2+2^2)+7/(1^+2^2+3^2)+….+… is

The sum of the series sum_(i=1)^(50)C(100,50-i)C(50,i) equals

The sum to infinity of the series 1+2(1-(1)/(n))+3(1-(1)/(n))^(2)+ . . .. . . . , is (A) n^(2) (B) n(n+1) (C) n(1+(1)/(n))^(2) (D)None of these

The sum to infinity of the series 1+2(1-(1)/(n))+3(1-(1)/(n))^(2)+ . . .. . . . , is (A) n^(2) (B) n(n+1) (C) n(1+(1)/(n))^(2) (D)None of these

The number of terms with integral coefficients in the expansion of (17^(1/3)+35^(1/2))^(600) is (A) 100 (B) 50 (C) 150 (D) 101

The sum of 50 terms of the series (3)/(1^(2))+(5)/(1^(2)+2^(2))+(7)/(1^(2)+2^(2)+3^(2))+... is (100)/(17) b.(150)/(17)c(200)/(51) d.(50)/(17)