Given AABC is circumscribed by a circle of radius R the radius of the circle can be found using the formula shown, where side b is opposite angle B. Find the radius of the circle shown. > APPLICATIONS 47. Planetary distances: In a solar system that parallels our own, the planet Sorus can be seen from a Class M planet with the naked eye, but as the diagram indicates, the position of Sorus is uncertain. 50 Exercise 47 Sorus 51 Assume the orbits of Sorus/51 Sun both planets are roughly circular and that the viewing angle 0 Class M is about 20°. If the 82 Class M planet is 82 million miles from its sun and Sorus is 51 million miles from this sun, determine the closest and farthest possible distances that separate the planets in this alignment. 51. 48. Planetary distances: In a solar system that parallels our own, the planet Cirrus can be seen from a Class M planet with the naked but as the diagram indicates, the position of Cirrus is uncertain. Assume the orbits of both planets are roughly circular and that the viewing angle 0 is about 15°. If the Class M planet is 105 million miles from its sun Exercise 48 eye, Cirrus 70 Sun 70 Cirrus of sines is boid 105, 52. I e unknown Class M d angle the propert in8

Given AABC is circumscribed by a circle of radius R the radius of the circle can be found using the formula shown, where side b is opposite angle B. Find the radius of the circle shown. > APPLICATIONS 47. Planetary distances: In a solar system that parallels our own, the planet Sorus can be seen from a Class M planet with the naked eye, but as the diagram indicates, the position of Sorus is uncertain. 50 Exercise 47 Sorus 51 Assume the orbits of Sorus/51 Sun both planets are roughly circular and that the viewing angle 0 Class M is about 20°. If the 82 Class M planet is 82 million miles from its sun and Sorus is 51 million miles from this sun, determine the closest and farthest possible distances that separate the planets in this alignment. 51. 48. Planetary distances: In a solar system that parallels our own, the planet Cirrus can be seen from a Class M planet with the naked but as the diagram indicates, the position of Cirrus is uncertain. Assume the orbits of both planets are roughly circular and that the viewing angle 0 is about 15°. If the Class M planet is 105 million miles from its sun Exercise 48 eye, Cirrus 70 Sun 70 Cirrus of sines is boid 105, 52. I e unknown Class M d angle the propert in8

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Description: #47 Given AABC is circumscribed by a circle of radiusR the radius of the circle can be found using theformula shown, where side b is opposite angle B.Find the radius of the circle shown.> APPLICATIONS47. Planetary distances: In a solar system thatpar

Elementary Geometry For College Students, 7e

7th Edition

ISBN:9781337614085

Author:Alexander, Daniel C.; Koeberlein, Geralyn M.

Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.

Chapter4: Quadrilaterals

Section4.3: The Rectangle, Square, And Rhombus

Problem 42E: a Argue that the midpoint of the hypotenuse of a right triangle is equidistant from the three...

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