`S o l v e(sin1 0^(@))^(tanx+tan3x)=tan1 5^(@)+tan3 0^(@)+tan1 5^(@)tan3 0^(@), x in (0,pi]`

Solve (sin 10^(@))^(tan x+tan 3x)=tan 15^(@)+tan 30^(@)+ tan 15^(@). Tan 30^(@), x in (0, pi] .

Solve (sin 10^(@))^(tan x+tan 3x)=tan 15^(@)+tan 30^(@)+ tan 15^(@). Tan 30^(@), x in (0, pi] .

Solve (sin 10^(@))^(tan x+tan 3x)=tan 15^(@)+tan 30^(@)+ tan 15^(@). Tan 30^(@), x in (0, pi] .

The number of general solutions (sin 10^(@))^(tan x + tan 3 x) = tan 10^(0) + tan 30^(0) + tan15^(0) tan 30^(0), x in (0, pi]

(2tan3 0^(@))/(1-tan^2 3 0^(@))

(2tan3 0^(@))/(1-tan^2 3 0^(@))

tan x+tan2x+tan3x=0

Solve tan x+tan 2x+tan 3x = tan x tan 2x tan 3x, x in [0, pi] .

Solve tan x+tan 2x+tan 3x = tan x tan 2x tan 3x, x in [0, pi] .

sin(cot^(-1)(tan(tan^(-1)x))),x in(0,1]