The figure shows a shot-put ring. The shot is tossed from A and lands at B. Using modern electronic equipment, the distance of the toss can be measured without the use of measuring tapes. When the shot lands at B an electronic transmitter placed at B sends a signal to a device in the official's booth above the track. The device detemines the angles at B and C. At a track meet, the distance from the official's booth to the shot-put ring is 534 feet. If B= 85.3° and C=5.5°, determine the length of the toss to the 5.50 534 feet 85.3 nearest tenth of a foot. The toss was about feet. (Round to the nearest tenth as needed.)
The figure shows a shot-put ring. The shot is tossed from A and lands at B. Using modern electronic equipment, the distance of the toss can be measured without the use of measuring tapes. When the shot lands at B an electronic transmitter placed at B sends a signal to a device in the official's booth above the track. The device detemines the angles at B and C. At a track meet, the distance from the official's booth to the shot-put ring is 534 feet. If B= 85.3° and C=5.5°, determine the length of the toss to the 5.50 534 feet 85.3 nearest tenth of a foot. The toss was about feet. (Round to the nearest tenth as needed.)
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter6: Circles
Section6.1: Circles And Related Segments And Angles
Problem 28E: A wheel has equally spaced lug bolts. What is the measure of the central angle determined by two...
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![The figure shows a shot-put ring. The shot is tossed from A and
Micros lands at B. Using modern electronic equipment, the distance of
the toss can be measured without the use of measuring tapes.
When the shot lands at B an electronic transmitter placed at B
sends a signal to a device in the official's booth above the track.
The device determines the angles at B and C. At a track meet, the
distance from the official's booth to the shot-put ring is 534 feet. If
B= 85.3° and C=5.5°, determine the length of the toss to the
Team
5.5°
534 feet
85.3
nearest tenth of a foot.
LockDo
Brows
The toss was about
feet.
(Round to the nearest tenth as needed.)
Cisco We
Meetin
Learn m
about yo](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7f1ef0cc-d892-4b43-beef-550ab5442202%2F9de4553d-30f2-4bd5-a0bd-157c701c4be3%2Ffj96lio_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The figure shows a shot-put ring. The shot is tossed from A and
Micros lands at B. Using modern electronic equipment, the distance of
the toss can be measured without the use of measuring tapes.
When the shot lands at B an electronic transmitter placed at B
sends a signal to a device in the official's booth above the track.
The device determines the angles at B and C. At a track meet, the
distance from the official's booth to the shot-put ring is 534 feet. If
B= 85.3° and C=5.5°, determine the length of the toss to the
Team
5.5°
534 feet
85.3
nearest tenth of a foot.
LockDo
Brows
The toss was about
feet.
(Round to the nearest tenth as needed.)
Cisco We
Meetin
Learn m
about yo
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