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17) An astronomer sends out a pulse of radio waves towards the planet Venus, which bounce off of Venus and then come back to the Earth. It takes 21.3 minutes from the time when the pulse is sent until when its echo is received. What is the distance to the planet Venus? Please give your answer in AU and show your work: No credit will be given unless you show how you got your answer

17) An astronomer sends out a pulse of radio waves towards the planet Venus, which bounce off of Venus and then come back to the Earth. It takes 21.3 minutes from the time when the pulse is sent until when its echo is received. What is the distance to the planet Venus? Please give your answer in AU and show your work: No credit will be given unless you show how you got your answer

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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17) An astronomer sends out a pulse of radio waves towards the planet Venus, which bounce off of Venus and then come back to the Earth. It takes 21.3 minutes from the time when the pulse is sent until when its echo is received. What is the distance to the planet Venus? Please give your answer in AU and show your work: No credit will be given unless you show how you got your answer. 17) An astronomer sends out a pulse of radio waves towards the planet Venus, which bounce off of Venus and then come back to the Earth. It takes 21.3 minutes from the time when the pulse is sent until when its echo is received. What is the distance to the planet Venus? Please give your answer in AU and show your work: No credit will be given unless you show how you got your answer.
Transcribed Image Text:17) An astronomer sends out a pulse of radio waves towards the planet Venus, which bounce off of Venus and then come back to the Earth. It takes 21.3 minutes from the time when the pulse is sent until when its echo is received. What is the distance to the planet Venus? Please give your answer in AU and show your work: No credit will be given unless you show how you got your answer. 17) An astronomer sends out a pulse of radio waves towards the planet Venus, which bounce off of Venus and then come back to the Earth. It takes 21.3 minutes from the time when the pulse is sent until when its echo is received. What is the distance to the planet Venus? Please give your answer in AU and show your work: No credit will be given unless you show how you got your answer.
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