\[\large \int{\dfrac{\csc^{2}x}{\sqrt{\cot^{2}x-1}}}\,dx - 2\int{\dfrac{\sin x}{\sqrt{1-2\sin^{2}x}}}\,dx\]

Which of the given integrating functions is equivalent to the integration above:

\(\begin{array} {} & \displaystyle \int{\sqrt{\csc^{2}x-2}}\,dx & \implies (2) \\ & \displaystyle \int{\dfrac{\sqrt{\cos 2x}}{2\sin x}}\,dx & \implies (3) \\ & \displaystyle \int{\dfrac{\sqrt{\cos 2x}}{\sin x}}\,dx & \implies (5) \\ & \displaystyle \int{\sqrt{\csc^{2}x-1}}\,dx & \implies (7) \end{array} \)

**Details:**

- Multiple options may be correct.
- Find out the answer as the product of the numbers corresponding to the correct integrating function(s), then type in your answer as the logarithm of the product at
*base*\(10\). - The corresponding numbers are the prime numbers in parentheses at the end of each option.
*Example:*If there were three correct answers with corresponding numbers \(5,17,23\), then the answer would be \(\log_{10}{\left(5\times17\times23\right)}\) or \(\log_{10}{5}+\log_{10}{17}+\log_{10}{23}\) (whichever way necessary) which would be approximately equal to \(3.291\).- Give your answer correct to 3 decimal places.

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