The Earth completes one eastward rotation every 23.935 h = 86,164 s (close to 24 h). For this problem, assume that the Earth is a perfect sphere, and use these physical values: 1 gee = 9.800 m/s2 REarth = 6.384 Ã- 106 m (at equator) 1. Due to the Earth’s rotation, what is your linear %3D (tangential) speed if you are located on the Earth’s equator? Convert your final answer to mph: _miles/hour 2. While located on the equator, what is the magnitude of your centripetal (radial) acceleration (the acceleration needed to keep you moving in a circle on the Earth as it rotates)? Convert your final answer to gees: gees

University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter4: Motion In Two And Three Dimensions
Section: Chapter Questions
Problem 64P: A runner taking part in the 200-m dash must run around the end of a track that has a circular arc...
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The Earth completes one eastward rotation every 23.935 h = 86,164 s (close to 24 h). For this
problem, assume that the Earth is a perfect sphere, and use these physical values: 1 gee = 9.800
m/s2 REarth = 6.384 Ã- 106 m (at equator) 1. Due to the Earth’s rotation, what is your linear
(tangential) speed if you are located on the Earth’s equator? Convert your final answer to mph:
miles/hour 2. While located on the equator, what is the magnitude of your centripetal (radial)
acceleration (the acceleration needed to keep you moving ina circle on the Earth as it rotates)?
%3D
%3D
Convert your final answer to gees:gees
Transcribed Image Text:The Earth completes one eastward rotation every 23.935 h = 86,164 s (close to 24 h). For this problem, assume that the Earth is a perfect sphere, and use these physical values: 1 gee = 9.800 m/s2 REarth = 6.384 Ã- 106 m (at equator) 1. Due to the Earth’s rotation, what is your linear (tangential) speed if you are located on the Earth’s equator? Convert your final answer to mph: miles/hour 2. While located on the equator, what is the magnitude of your centripetal (radial) acceleration (the acceleration needed to keep you moving ina circle on the Earth as it rotates)? %3D %3D Convert your final answer to gees:gees
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