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Evaluate the trigonometric function at the given real number. Write your answer as a simplified fraction, if necessary.\\ $h(t) = \cot t$; $t = \frac{7\pi}{4}$\\ $h(\frac{7\pi}{4}) = $

          Evaluate the trigonometric function at the given real number. Write your answer as a simplified fraction, if necessary.\\
$h(t) = \cot t$; $t = \frac{7\pi}{4}$\\
$h(\frac{7\pi}{4}) = $
        
Evaluate the trigonometric function at the given real number. Write your answer as a simplified fraction, if necessary.

h(t) = cot t; t = (7π)/(4)

h((7π)/(4)) =

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Precalculus with Limits
Precalculus with Limits
Ron Larson 2nd Edition
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Evaluate the trigonometric function at the given real number. Write your answer as a simplified fraction, if necessary. h(t) = cot(t); t = (7π)/(4) h((7π)/(4)) = Evaluate the trigonometric function at the given real number. Write your answer as a simplified fraction, if necessary. h() = cot(t); t = 7π h(7π) = 0
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00:01 Given the value of one trigonometric function of an acute angle theta, they're asked us to find the remaining values of the five trigonometric functions of theta give the exact answer as a simplified fraction if necessary rationalize the denominator so what they've given us is they've said that tan theta equals to 4 by 7 now what we need to know is considering that theta in this case is going to be acute acute angle, it actually falls in the first quadrant.
00:37 So we need to understand the quadrant information a bit more.
00:41 So the first quadrant, second quadrant, third quadrant, fourth quadrant, comprises of all the all the quadrants.
00:46 In the first quadrant, all the trigonometric functions are positive...
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