The bases on a baseball diamond are 90 feet apart, and the ront edge of the pitcher's rubber is 60.5 feet from the back prner of home plate. Find the distance from the center of the ront edge of the pitcher's rubber to the far çorner of first ase. (Do not assume a 90° is formed from center base)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.2: The Law Of Cosines
Problem 3E
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Find the distance from the center of the front edge of a pitcher's rubber to the far corner of second base. How does this distance compare with the distance from the pitchar's rubber to first base? Find B in ABC
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Student Edu
A Kami Schoolo.
Mira Gendy Law of Cosines Appl note
+64
Measuring a Baseball Diamond
The bases on a baseball diamond are 90 feet apart, and the
front edge of the pitcher's rubber is 60.5 feet from the back
corner of home plate. Find the distance from the center of the
front edge of the pitcher's rubber to the far çorner of first
base. (Do not assume a 90° is formed from center base)
12
Not to scale
605 ft
90 ft
Transcribed Image Text:7B'ids"%3A%5B*1jnhpYz3SamYOisDLFRmxq6sfa06sJPEb 2C'action %3A'open Student Edu A Kami Schoolo. Mira Gendy Law of Cosines Appl note +64 Measuring a Baseball Diamond The bases on a baseball diamond are 90 feet apart, and the front edge of the pitcher's rubber is 60.5 feet from the back corner of home plate. Find the distance from the center of the front edge of the pitcher's rubber to the far çorner of first base. (Do not assume a 90° is formed from center base) 12 Not to scale 605 ft 90 ft
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