Suppose you live in Forest Grove and you want to meet up for a long run with a friend who lives in Hillsboro, 6.7 miles away from you. You start running toward your friend at 1:30 pm and maintain a constant speed of 7.2 mph. Your friend doesn't start running toward you until 1:55 pm, and they maintain a constant speed of 6.3 mph. How long will your friend be running before they meet up with you? (Assume the road allows you both to run in a straight line toward each other.) Give your answer in minutes (and note that you'll have to do some unit conversion as part of your calculation).
Suppose you live in Forest Grove and you want to meet up for a long run with a friend who lives in Hillsboro, 6.7 miles away from you. You start running toward your friend at 1:30 pm and maintain a constant speed of 7.2 mph. Your friend doesn't start running toward you until 1:55 pm, and they maintain a constant speed of 6.3 mph. How long will your friend be running before they meet up with you? (Assume the road allows you both to run in a straight line toward each other.) Give your answer in minutes (and note that you'll have to do some unit conversion as part of your calculation).
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Suppose you live in Forest Grove and you want to meet up for a long run with a friend who lives in Hillsboro, 6.7 miles away from you. You start running toward your friend at 1:30 pm and maintain a constant speed of 7.2 mph. Your friend doesn't start running toward you until 1:55 pm, and they maintain a constant speed of 6.3 mph.
How long will your friend be running before they meet up with you? (Assume the road allows you both to run in a straight line toward each other.)
Give your answer in minutes (and note that you'll have to do some unit conversion as part of your calculation).
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