Consider a sequence `{a_n}w i t ha_1=2a n da_n=(a n-1 2)/(a_(n-2))` for all `ngeq3,` terms of the sequence being distinct. Given that `a_1a n da_5` are positive integers and`a_5lt=162` then the possible value `(s)ofa_5` can be a. 162 b. 64 c. 32 d. 2

Consider a sequence {a_n}w i t ha_1=2a n da_n=(a n^2-1) /(a_(n-2)) for all ngeq3, terms of the sequence being distinct. Given that a_1a n da_5 are positive integers and a_5lt=162 then the possible value (s)ofa_5 can be a. 162 b. 64 c. 32 d. 2

Consider a sequence {a_n }with a_1=2 and a_n=(a_(n-1)^ 2)/(a_(n-2)) for all ngeq3, terms of the sequence being distinct. Given that a_1 and a_5 are positive integers and a_5lt=162 then the possible value(s) of a_5 can be (a) 162 (b) 64 (c) 32 (d) 2

Consider a sequence {a_n }with a_1=2 and a_n=(a_(n-1)^ 2)/(a_(n-2)) for all ngeq3, terms of the sequence being distinct. Given that a_1 and a_5 are positive integers and a_5lt=162 then the possible value(s) of a_5 can be (a) 162 (b) 64 (c) 32 (d) 2

Consider a sequence {a_(n)} with a_(1)=2 and a_(n)=(a_(n-1)^(2))/(a_(n-2)) for all n>=3, terms of the sequence being distinct. Given that a_(1)anda_(5) are positive integers and.a_(5)<=162 then the possible value (s) of a_(5) can be a.162 b.64 c.32 d.2

Consider a sequence {a_n} with a_1=2 & a_n =(a_(n-1)^2)/(a_(n-2)) for all n ge 3 terms of the sequence being distinct .Given that a_2 " and " a_5 are positive integers and a_5 le 162 , then the possible values (s) of a_5 can be

Consider a sequence {a_n} with a_1=2 & a_n =(a_(n-1)^2)/(a_(n-2)) for all n ge 3 terms of the sequence being distinct .Given that a_2 " and " a_5 are positive integers and a_5 le 162 , then the possible values (s) of a_5 can be

Find the first 6 terms of the sequence given by a_1=1, a_n=a_(n-1)+2 , n ge 2

Write the first 5 terms of the sequence whose n^(th) term is given below a_n=2^n

Let {a_n}(ngeq1) be a sequence such that a_1=1,a n d3a_(n+1)-3a_n=1 for all ngeq1. Then find the value of a_(2002.)

Let {a_n}(ngeq1) be a sequence such that a_1=1,a n d3a_(n+1)-3a_n=1 for all ngeq1. Then find the value of a_(2002.)