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A train runs at 52.03 mph. If a command to stop the train is being sent to the train operator, how far in feet will the train travel after the brakes are applied? The brakes have a uniform rate of 3.8 ft/sec2. Use up to 4 decimal places. NOTE: Do not assume that this is the same problem as the previous question. The numerical values for each question are different.

A train runs at 52.03 mph. If a command to stop the train is being sent to the train operator, how far in feet will the train travel after the brakes are applied? The brakes have a uniform rate of 3.8 ft/sec2. Use up to 4 decimal places. NOTE: Do not assume that this is the same problem as the previous question. The numerical values for each question are different.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A train runs at 52.03 mph. If a command to stop the train is being sent to the train operator, how far in feet will the train travel after the brakes are applied? The brakes have a uniform rate of 3.8 ft/sec2. Use up to 4 decimal places. NOTE: Do not assume that this is the same problem as the previous question. The numerical values for each question are different.
Transcribed Image Text:A train runs at 52.03 mph. If a command to stop the train is being sent to the train operator, how far in feet will the train travel after the brakes are applied? The brakes have a uniform rate of 3.8 ft/sec2. Use up to 4 decimal places. NOTE: Do not assume that this is the same problem as the previous question. The numerical values for each question are different.
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