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Problem 120

Find a value of \(\theta\) in the interval \(\left[0^{\circ}, 90^{\circ}\right]\) that satisfies each statement. Write each answer in decimal degrees to six decimal places as needed. See Example \(8 .\) $$\csc \theta=1.3861147$$

Problem 121

Use identities to solve each of the following. Find csc \(\theta\), given that cot \(\theta=-\frac{1}{2}\) and \(\theta\) is in quadrant IV.

Problem 121

Find a value of \(\theta\) in the interval \(\left[0^{\circ}, 90^{\circ}\right]\) that satisfies each statement. Write each answer in decimal degrees to six decimal places as needed. See Example \(8 .\) $$\sec \theta=2.7496222$$

Problem 122

Find a value of \(\theta\) in the interval \(\left[0^{\circ}, 90^{\circ}\right]\) that satisfies each statement. Write each answer in decimal degrees to six decimal places as needed. See Example \(8 .\) $$\sec \theta=1.1606249$$

Problem 123

Use identities to solve each of the following. Find \(\tan \theta,\) given that \(\sin \theta=\frac{1}{2}\) and \(\theta\) is in quadrant II.

Problem 124

Use identities to solve each of the following. Find cot \(\theta\), given that \(\csc \theta=-2\) and \(\theta\) is in quadrant III.

Problem 125

Find a value of \(\theta\) in the interval \(\left[0^{\circ}, 90^{\circ}\right]\) that satisfies each statement. Write each answer in decimal degrees to six decimal places as needed. See Example \(8 .\) $$\csc \theta=4.7216543$$

Problem 125

Use identities to solve each of the following. Find cot \(\theta,\) given that \(\csc \theta=-3.5891420\) and \(\theta\) is in quadrant III.

Problem 126

Use identities to solve each of the following. Find \(\tan \theta,\) given that \(\sin \theta=0.49268329\) and \(\theta\) is in quadrant II.

Problem 127

Find the five remaining trigonometric finction values for each angle. \(\tan \theta=-\frac{15}{8},\) and \(\theta\) is in quadrant II.

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