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The statement tan theta -12/5, csc theta -13/12, and the terminal point determined by theta is in quadrant 2."

The statement tan theta -12/5, csc theta -13/12, and the terminal point determined-example-1
User Efferalgan
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2 Answers

2 votes

Answer is C. This is because in quadrant 2,
\sin\theta>0 so
\csc\theta>0 is also true.

User Rohit Suthar
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5 votes

Answer with explanation:

Let , Theta =A


\tan A=(-12)/(5)\\\\ \csc A=(-13)/(12)

In First Quadrant all Trigonometric Function are Positive.

In Quadrant,II , Sine and Cosecant , Function are Positive only.

→Cosecant theta is negative.So, Terminal point can't be in Second Quadrant.

Option C:

The statement tan theta -12/5, csc theta -13/12, and the terminal point determined-example-1
User HuckleberryFinn
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