/*! This file is auto-generated */ .wp-block-button__link{color:#fff;background-color:#32373c;border-radius:9999px;box-shadow:none;text-decoration:none;padding:calc(.667em + 2px) calc(1.333em + 2px);font-size:1.125em}.wp-block-file__button{background:#32373c;color:#fff;text-decoration:none} Free solutions & answers for Precalculus Chapter 8 - (Page 5) [step by step] | 91Ó°ÊÓ

91Ó°ÊÓ

Problem 86

For the following exercises, assume \(\alpha\) is opposite side \(a, \beta\) is opposite side \(b,\) and \(\gamma\) is opposite side \(c\) . If possible,,solve each triangle for the unknown side. Round to the nearest tenth. $$\gamma=115^{\circ}, a=18, b=23$$

Problem 87

For the following exercises, assume \(\alpha\) is opposite side \(a, \beta\) is opposite side \(b,\) and \(\gamma\) is opposite side \(c\) . If possible,,solve each triangle for the unknown side. Round to the nearest tenth. $$\alpha=119^{\circ}, a=26, b=14$$

Problem 88

For the following exercises, assume \(\alpha\) is opposite side \(a, \beta\) is opposite side \(b,\) and \(\gamma\) is opposite side \(c\) . If possible,,solve each triangle for the unknown side. Round to the nearest tenth. $$\gamma=113^{\circ}, b=10, c=32$$

Problem 89

For the following exercises, assume \(\alpha\) is opposite side \(a, \beta\) is opposite side \(b,\) and \(\gamma\) is opposite side \(c\) . If possible,,solve each triangle for the unknown side. Round to the nearest tenth. $$\beta=67^{\circ}, a=49, b=38$$

Problem 91

For the following exercises, assume \(\alpha\) is opposite side \(a, \beta\) is opposite side \(b,\) and \(\gamma\) is opposite side \(c\) . If possible,,solve each triangle for the unknown side. Round to the nearest tenth. $$\alpha=36.6^{\circ}, a=186.2, b=242.2$$

Problem 92

For the following exercises, assume \(\alpha\) is opposite side \(a, \beta\) is opposite side \(b,\) and \(\gamma\) is opposite side \(c\) . If possible,,solve each triangle for the unknown side. Round to the nearest tenth. $$\beta=50^{\circ}, a=105, b=45$$

Problem 93

For the following exercises, use the Law of Cosines to solve for the missing angle of the oblique triangle. Round to the nearest tenth. \(a=42, b=19, c=30 ;\) find angle \(A\)

Problem 94

For the following exercises, use the Law of Cosines to solve for the missing angle of the oblique triangle. Round to the nearest tenth. \(a=14, b=13, c=20 ;\) find angle \(C\)

Problem 95

For the following exercises, use the Law of Cosines to solve for the missing angle of the oblique triangle. Round to the nearest tenth. \(a=16, b=31, c=20 ;\) find angle \(B\)

Problem 96

For the following exercises, use the Law of Cosines to solve for the missing angle of the oblique triangle. Round to the nearest tenth. \(a=13, b=22, c=28 ;\) find angle \(A\)

Access millions of textbook solutions in one place

  • Access over 3 million high quality textbook solutions
  • Access our popular flashcard, quiz, mock-exam and notes features
  • Access our smart AI features to upgrade your learning
Access millions of textbook solutions in one place

Recommended explanations on Math Textbooks