Answer: LHS simplifies to RHS, as shown below.
Using \(\cot^2\theta=\csc^2\theta-1\) and \(\tan^2\theta=\sec^2\theta-1\):
\[\text{LHS}=(\csc^2\theta-1)-(\sec^2\theta-1)\]
\[=\csc^2\theta-\sec^2\theta=\text{RHS}\]
Answer: LHS simplifies to RHS, as shown below.
Using \(\cot^2\theta=\csc^2\theta-1\) and \(\tan^2\theta=\sec^2\theta-1\):
\[\text{LHS}=(\csc^2\theta-1)-(\sec^2\theta-1)\]
\[=\csc^2\theta-\sec^2\theta=\text{RHS}\]
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