The `11^(th)` term and the `21^(th)` term of an A.P. are 16 and 29 respectively, then find the `41^(th)` term of that A.P.

If 10^(th) term and the 18^(th) term of an A.P. are 25 and 41 respectively, then find the 38^(th) term.

The 11th term and the 21st term of an A.P are 16 and 29 respectively,then find the 41st term of that A.P.

If the 10th term and the 18th term of an A.P are 25 and 41 respectively, then find the 38th term.

The 6^(th) and 17^(th) terms of an A.P are 19 and 41 respectively, find the 40^(th) term.

The 11^("th") term and the 21^("st") term of an A.P. are 16 and 29 respectively then find: a. The first term and common difference. b. The 34^("th") term. c. ‘n’ such that t_(n) = 55 .

The 11^("th") term and the 21^("st") term of an A.P. are 16 and 29 respectively then find: a. The first term and common difference. b. The 34^("th") term. c. ‘n’ such that t_(n) = 55 .

If the 6^(th) terms and 11^(th) term of A.P. are 12 and 22 respectively, then find its 2^(nd) term ?

If the 9th and 21st terms of an A.P. are 75 and 183 respectively, then find the 15th term.

The 10th term and the 18th term of an A.P. are 25 and 41 respectively, then find 38th term of that A.P. Similarly if nth term is 99, find the value of n.

The 10th term and the 18th term of an A.P. are 25 and 41 respectively, then find 38th term of that A.P. Similarly if nth term is 99, find the value of n.