Let f (n) denote the `n^(th)` term of the sequence `2, 5, 10, 17, 26,.....` and g(n) denotes the `n^(th)` term of sequence `2, 6, 12, 20, 30, .....`. Let F(n) and G(n) denote respectively the sum of n terms of the above sequences. `lim_(n->oo)(f(n))/(g(n))=`

Let f(n) denote the n^(th) terms of the seqence of 3,6,11,18,27,…. and g(n) denote the n^(th) terms of the seqence of 3,7,13,21,…. Let F(n) and G(n) denote the sum of n terms of the above sequences, respectively. Now answer the following: lim_(ntooo)(f(n))/(g(n))=

Let f(n) denote the n^(th) terms of the seqence of 3,6,11,18,27,…. and g(n) denote the n^(th) terms of the seqence of 3,7,13,21,…. Let F(n) and G(n) denote the sum of n terms of the above sequences, respectively. Now answer the following: lim_(ntooo)(f(n))/(g(n))=

Let f(n) denote the n^(th) terms of the seqence of 3,6,11,18,27,…. and g(n) denote the n^(th) terms of the seqence of 3,7,13,21,…. Let F(n) and G(n) denote the sum of n terms of the above sequences, respectively. Now answer the following: lim_(ntooo)(f(n))/(g(n))=

Let f(n) denote the n^(th) terms of the seqence of 3,6,11,18,27,…. and g(n) denote the n^(th) terms of the seqence of 3,7,13,21,…. Let F(n) and G(n) denote the sum of n terms of the above sequences, respectively. Now answer the following: lim_(ntooo)(f(n))/(g(n))=

Let f(n) denote the n^(th) terms of the seqence of 3,6,11,18,27,…. and g(n) denote the n^(th) terms of the seqence of 3,7,13,21,…. Let F(n) and G(n) denote the sum of n terms of the above sequences, respectively. Now answer the following: lim_(ntooo)(F(n))/(G(n))=

Let f(n) denote the n^(th) terms of the seqence of 3,6,11,18,27,…. and g(n) denote the n^(th) terms of the seqence of 3,7,13,21,…. Let F(n) and G(n) denote the sum of n terms of the above sequences, respectively. Now answer the following: lim_(ntooo)(F(n))/(G(n))=

Find the 50th term of the sequence 1/n, (n+1)/(n), (2n+1)/(n),,……..

If the n^(th) term of a sequence is 100n + 10 the sequence is ………

A sequence is defined as: t_(n+1)=t_(n)-t_(n-1) , where t_(n) denotes the n^(th) term of the sequence. If t_(1) =1 and t_(2)=5 , find the sum of the first 100 terms of the above sequence.