tanθsecθ + cotθcosecθ in terms of sinθ and cosθ (if sinθ = x and cosθ = y) can be written as: __

tanθsecθ + cotθcosecθ in terms of sinθ and cosθ (if sinθ = x an

1.	tanθsecθ + cotθcosecθ in terms of sinθ and cosθ (if sinθ = x and cosθ = y) can be written as: __
Answer» $\frac{t a n θ}{s e c θ}$ + $\frac{c o t θ}{c o s e c θ}$ in terms of $s i n θ$ and $c o s θ$ (if $s i n θ$ = x and $c o s θ$ = y) can be written as: __