S = Sum, P = Product and R = Sum of reciprocals of n terms of G.P., then prove P^2. R^n = S^n.. #gp

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NCERT 11th Maths Ch 9 EMiscellaneous Exercise Q 14 Sequence and Series NCERT 11th Maths Ch 9 EMiscellaneous Exercise Q 14 Sequence and Series
Let S be the sum,P be the product and R is the sum of reciprocal of n term in GP. Prove that P2Rn=Sn Let S be the sum,P be the product and R is the sum of reciprocal of n term in GP. Prove that P2Rn=Sn
SEQUENCES & SERIES :If S,P,R sum, product and sum of reciprocals of n terms of GP verify (S:R)^n=P^2 SEQUENCES & SERIES :If S,P,R sum, product and sum of reciprocals of n terms of GP verify (S:R)^n=P^2
Let S be the sum,the product and R the sum of reciprocals of n terms in a G.P. Let GP is a, a r, ... Let S be the sum,the product and R the sum of reciprocals of n terms in a G.P. Let GP is a, a r, ...
if S be the sum,P be the product and R be the sum of reciprocal of n terms of g.p then...#shorts #nd if S be the sum,P be the product and R be the sum of reciprocal of n terms of g.p then...#shorts #nd
If s is the sum, P he product and R the sum of reciprocals of n terms in G. P prove that `P^2.R... If s is the sum, P he product and R the sum of reciprocals of n terms in G. P prove that `P^2.R...
Let s be the sum p be the product and r be the sum of reciprocal of n terms in a GP Prove P2Rn=Sn Let s be the sum p be the product and r be the sum of reciprocal of n terms in a GP Prove P2Rn=Sn
If S ,P ,R are sum, product and Sum of the reciprocals of n terms of a G.P., prove that (S/R)^n=P^2. If S ,P ,R are sum, product and Sum of the reciprocals of n terms of a G.P., prove that (S/R)^n=P^2.