If 'n'A.M's are inserted between `7` and `71` in such a way that `5^(th )` A.M is `27` then the value of n=

n A.MI's are inserted between n and 3n+2 then 10 th A.M. is

Insert AMs between 7 and 71 such that 5^(th) AM is 27. Also find the number of AMs

Insert 7 A.M.s between 2 and 17

Insert 4 A.M.s between 4 and 19

m A.M. and 3 G.M. are inserted between 3 and 243 such that 2^(nd) GM= 4^(th) AM then m=

n A.M.'s are inserted between 1 and 31 such that the ratio of the 7 th and (n-1) th means is 5:9. Find n.

(2n+1) G.M.s are inserted between 4 and 2916 .Then the (n+1)^(th) G.M.is equal to

Let n AM's are inserted between - 7 and 65 If the ratio of 2^(nd) and 7^(th) means is 1:7 , then n is equal to