For 0<θ<2π,the solution ofm=1∑6cosec(θ+4(m−1)π)cosec(θ+4mπ)=42 is(are);

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Question

For $0 < θ < \frac{π}{2}$ ,the solution of $m = 1 \sum 6 cos e c (θ + \frac{( m - 1 ) π}{4}) cos e c (θ + \frac{m π}{4}) = 42$ is(are);

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For

0 < θ < \frac{π}{2}

,the solution of

m = 1 \sum 6 cos e c (θ + \frac{( m - 1 ) π}{4}) cos e c (θ + \frac{m π}{4}) = 42

is(are);

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Question Text

For

0 < θ < \frac{π}{2}

,the solution of

m = 1 \sum 6 cos e c (θ + \frac{( m - 1 ) π}{4}) cos e c (θ + \frac{m π}{4}) = 42

is(are);