Consider an arithmetic sequence whose `7^(th)` term is 34 and `15^(th)` term is 66. Find the `20^(th)` term.

Consider an arithmetic sequence whose 7^(th) term is 34 and 15^(th) term is 66. Find the common difference.

Consider an arithmetic sequence whose m^(th) term is 'n' and n^(th) term is 'm . i)Find the common difference of the sequence. ii) Prove that (m+n+p)th term of the sequence is -p

The 7^th term of an AP is 34 and the 15^th term is 74. Find the 40^th term.

Find the 20^(th) term of an arithmetic sequence if its 6^(th) term is 14 and 14^(th) term is 6.

Consider an arithmetic sequence with common difference 6 and 7^(th) term 52. Find the 15^(th) term of the arithmetic sequence. Is it possible to get a difference of 100 between any two terms of this sequence?

The 10^th term of an AP is 73 and the 20^th term is 43. Find the 44^th term.

In a.G.P., the 3^( rd ) term is 24 and the 6^ (th) term is 192 . Find the 10^ (th) term.

The 5^(th) term of an arithmetic sequence is 38 and the 9^(th) term is 66. What is its 25^(th) term?

The 5^(th) term of an arithmetic sequence is 38 and the 9^(th) term is 66. What is its 25^(th) term?

In an arithmetic sequence n^(th) term is m and m^(th) term is n, prove that its common difference is -1.