If `sin(y+z-x), sin (z+x-y) and sin (x+y-z)` are in A.P., show that tan x, tan y and tan z are also in A.P.

If sin (y+z-x), sin (z+x-y), sin (x+y-z) are in A. P , then prove that x , tan y, tanz are also in A.P.

If sin(y+z-x),sin(z+x-y),sin(x+y-z) are in A.P ., then tan x , tan y , tan z are in

If sin(y+z-x),sin(z+x-y),sin(x+y-z) be in A.P.prove that tan x, tan y, tan z are also in A.P.

If x, y , z are in A.P and tan^-1 x , tan^-1 y and tan^-1 z are also in A.P.,then

If x, y, z are in A.P. and tan^(-1) x, tan^(-1) y and tan^(-1)z are alos in A.P. then

If x, y, z are in A.P. and tan^(-1) x, tan^(-1) y and tan^(-1)z are alos in A.P. then

If x,y,z are in A.P. and tan^(-1) x , tan^(-1) y and tan^(-1) z are also in A.P. then :

If x,y,z are in A.P. and tan^(-1)x, tan^(-1)y and tan^(-1)z are also in A.P. then

If sin(y+z-x),sin(z+x-y),sin(x+y-z) are in A.P.then tan x,tan y, tan z are in (a)A.P.(b) G.P.(c) H.P.(d) none of these