" In "a_(1),a_(2),a_(1),...,a_(n-1)," are in "G.P," then the value of the determinant "|[log a_(n),log a_(n-1)],[log a_(n+3),log a_(n-1)],[log a_(n+6),log a_(n+7)]

If a_(1),a_(2),a_(3),……….a_(n) ………… are in G.P and a_(i) gt 0 then the value of the determinant |(loga_(n),log a_(n+1),loga_(n+2)),(loga_(n+1),loga_(n+2),loga_(n+3)),(loga_(n+2),loga_(n+3),loga_(n+4))| is

If a_(1),a_(2),a_(3),...... are in G.P.then the value of determinant det[[log(a_(n)),log(a_(n+1)),log(a_(n+2))log(a_(n+3)),log(a_(n+4)),log(a_(n+5))log(a_(n+6)),log(a_(n+7)),log(a_(n+8))]] equals

If a_1,a_2,a_3,.....a_n.... are in G.P. then the determinant Delta=|[log a_n, log a_(n+1), log a_(n+2)],[log a_(n+3),loga_(n+4),log a_(n+5)],[log a_(n+6),log a_(n+7),log a_(n+8)]| is equal to- (A) -2 (B) 1 (C) -1 (D) 0

If a_(1), a_(2), a_(3)"….." are in G.P. , then the value of Delta= |{:(log a_(n),loga_(n+1),loga_(n+2)),(log a_(n+3),loga_(n+4),loga_(n+5)),(loga_(n+6),loga_(n+7),loga_(n+8)):}| is :

If a_(1),a_(2),a_(3)… are in G.P. then the value of |{:(log a_(n),loga_(n+1),log a_(n+2)),(log a_(n+3),log a_(n+4),log a_(n+5)),(log a_(n+6),log a_(n+7),log a_(n+8)):}| is

If a_1, a_2, a_3,....... are in G.P. then the value of determinant |(log(a_n), log(a_(n+1)), log(a_(n+2))), (log(a_(n+3)), log(a_(n+4)), log(a_(n+5))), (log(a_(n+6)), log(a_(n+7)), log(a_(n+8)))| equals (A) 0 (B) 1 (C) 2 (D) 3

If a_(1), a_(2), a_(3), …., a_(9) are in GP, then what is the value of the following determinant? |(ln a_(1), ln a_(2), ln a_(3)),(lna_(4), lna_(5), ln a_(6)), (ln a_(7), ln a_(8), ln a_(9))|

If a_1,a_2,a_3,….,a_n are in G.P. are in a_i > 0 for each I, then the determinant Delta=|{:(loga_n,log a_(n+2),log a_(n+4)),(log a_(n+6),log a_(n+8), log a_(n+10)),(log a_(n+12), log a_(n+14), loga_(n+16)):}|

If a_(1), a_(2), a_(3), ………, a_(n) ….. are in G.P., then the determinant Delta = |(""loga_(n)" "loga_(n + 1)" "log_(n + 2)""),(""loga_(n + 3)" "loga_(n + 4)" "log_(n + 5)""),(""loga_(n + 6)" "loga_(n + 7)" "log_(n + 8)"")| is equal to

if a_(1),a_(2),…….a_(n),……. form a G.P. and a_(1) gt 0 , for all I ge 1 |{:(log a_(n),,loga_(n+1),,log a_(n+2)),(log a_(n+3),,log a_(n+4),,log a_(n+5)),(log a_(n+6),,loga_(n+7),,log a_(n+8)):}|