`f(1)=1, n ge 1` `f(n+1)=2f(n)+1` then `f(n)=`

If f(1)=1 and f(n+1)=2 f(n)+1 , then f(n) is

If f(1)=1, f(n+1)=2f(n)+1, n ge1 , then f(n) is

If f(1) = 1, f(n+1)= 2f (n) + 1, n ge 1 then f(n) = .........

If f(1) = 1 and f(n + 1) = 2 f(n) + 1, if n ge 1, then f(n) is.

Let f : N to R be a function satisfying the following conditions: f(1) =1 and f(1) +2f( 2)+ 3 f(3) + ………n f(n )" " f(n ) = n (n+1) , f(n) "for " n ge 2 The value of f(1003) is (1)/(K) . Where K equals

Let f : N to R be a function satisfying the following conditions: f(1) =1 and f(1) +2f( 2)+ 3 f(3) + ………n f(n )" " f(n ) = n (n+1) , f(n) "for " n ge 2 The value of f(999) is (1)/(K) where K equals

Let f : N to R be a function satisfying the following conditions: f(1) =1 and f(1) +2f( 2)+ 3 f(3) + ………n f(n )" " f(n ) = n (n+1) , f(n) "for " n ge 2 f(1) , f(2) , f(3) , f(4) ,…………. represent a series of

Consider the function f defined on the set of all non-negative interger such that f(0) = 1, f(1) =0 and f(n) + f(n-1) = nf(n-1)+(n-1) f(n-2) for n ge 2 , then f(5) is equal to

Consider the function f defined on the set of all non-negative interger such that f(0) = 1, f(1) =0 and f(n) + f(n-1) = nf(n-1)+(n-1) f(n-2) for n ge 2 , then f(5) is equal to

If f is a function defined on the set of all non negative integers such that f(0)=1, f(1)=0 f(n)+f(n-1)=nf(n-1) +(n-1) f(n-2) " for "n ge 2 then f(5)=