Find `x` from the following equation: `xcot(90^0+theta)+tan(90^0+theta)sintheta+cosec(90^0+theta)=0`

Find x from the following equation: x cot(90^(@)+theta)+tan(90^(@)+theta)s int h eta+cos ec(90^(@)+theta)=0

Find x from the following equation: cos e c(90^0+theta)+x costhetacot(90^0+theta)=sin(90^0+theta)

Find x from the following equation: cos ec(90^(0)+theta)+x cos theta cot(90^(0)+theta)=sin(90^(@)+D)=0

Find the value of x. xcot(90^(@)+theta)+tan(90^(@)+theta)sintheta+cosec(90^(@)+theta)=0

(tan(90^@-theta) cot theta)/(cosec^2 theta)-cos^2 theta=0

Simplify the following : sin(90^@+ theta) tan (270^@ +theta) cot (90^@+theta) cosec (270^@+theta) .

Find the value of x: i) xcot(90^(@)+theta)+tan(90^(@)+theta)sintheta+"cosec"(90^(@)+theta)=0 ii) "cosec"(90^(@)+theta)+x costhetacot(90^(@)+theta)=sin(90^(@)+theta)

Find ‘x’ from the equation : cosec (90^@ -theta) - x sin (90^@- theta) tan (180^@+ theta) = sin (90^@+ theta) .

Prove the following: (cos(90^0-theta)sec(90^0-theta)t a ntheta)/(cosec(90^0-theta)sin(90^0-theta)cot(90^0-theta))+(tan(90^0-theta))/(cottheta)=2

tan^(2)(90^(@) - theta) - cosec^(2) theta =