What is the f(θ)=sin^2(θ)cot^2(θ)tan^2(θ)csc^2(θ) ?

The f(θ)=sin^2(θ)cot^2(θ)tan^2(θ)csc^2(θ) is

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f(θ)=sin^2(θ)cot^2(θ)tan^2(θ)csc^2(θ)

f (θ) = sin^{2} (θ) cot^{2} (θ) tan^{2} (θ) csc^{2} (θ)

Period : \frac{π}{4}

Domain : \frac{π}{4} n < θ < \frac{π}{4} + \frac{π}{4} n

Intercepts : None

Asymptotes : None

Interval Notation

Domain : (\frac{π}{4} n, \frac{π}{4} + \frac{π}{4} n)

Solution steps

Periodicity of

sin^{2} (θ) cot^{2} (θ) tan^{2} (θ) csc^{2} (θ) : \frac{π}{4}

Domain of

sin^{2} (θ) cot^{2} (θ) tan^{2} (θ) csc^{2} (θ) : \frac{π}{4} n < θ < \frac{π}{4} + \frac{π}{4} n

Axis interception points of

sin^{2} (θ) cot^{2} (θ) tan^{2} (θ) csc^{2} (θ) :

None

Asymptotes of

sin^{2} (θ) cot^{2} (θ) tan^{2} (θ) csc^{2} (θ) :

None

What is the f(θ)=sin^2(θ)cot^2(θ)tan^2(θ)csc^2(θ) ?
The f(θ)=sin^2(θ)cot^2(θ)tan^2(θ)csc^2(θ) is