" 18.If "tan(A-B)=1,sec(A+B)=(2)/(sqrt(3))" ,then the smallest positive value of "B" is "

If tan(A-B)=1,sec(A+B)=(2)/(sqrt(3)), then the smallest positive value of B is.(25 pi)/(24)(19 pi)/(24)(c)(13 pi)/(24) (d) (11 pi)/(24)

IF tan ( A-B ) = 1, sec (A +B ) = (2)/(sqrt(3)) , the smallest positive value of B is

if tan (A-B) =1 and sec (A +B) =(2)/(sqrt3), then the smallest positive value of B is-

If tan(A-B)=1,sec(A+B)=2/(sqrt(3)) , then the smallest positive value of B is. (a) (25pi)/(24) (b) (19pi)/(24) (c) (13pi)/(24) (d) (11pi)/(24)

If tan(A-B)=1,sec(A+B)=2/(sqrt(3)) , then the smallest positive value of B is. (25pi)/(24) (b) (19pi)/(24) (c) (13pi)/(24) (d) (11pi)/(24)

If tan(A-B)=1 and sec(A+B)=(2)/(sqrt(3)) then the smallest positive values of A and B respectively,are (25 pi)/(24),(19 pi)/(24) (b) (19 pi)/(24),(25 pi)/(24)(31 pi)/(24),(31 pi)/(24)(d)(13 pi)/(24),(13 pi)/(24)

If tan(A-B)=1, and sec(A+B)=(2)/(sqrt(3)) find the smallest positive values of A and B and also their most general values.

If tan(A-B)=1, and sec(A+B)=2/sqrt3, find the smallest positive values of A and B and also their most general values.

If tan(A-B)=1, and sec(A+B)=2/sqrt3, find the smallest positive values of A and B and also their most general values.

If tan(A-B)=1, and sec(A+B)=2/sqrt3, find the smallest positive values of A and B and also their most general values.