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A man is riding his motorcycle with a 3 m/s towards his head. He has a mass of 70 kg with supplies 300 watts of throttle during riding the motorcycle. The drag coefficient of 0.88 and area of the tires are 3.9 ft² =0.362 m², and the coefficient of friction is 0.007. Calculate the speed Vm of man in m/s at standard atmosphere.

A man is riding his motorcycle with a 3 m/s towards his head. He has a mass of 70 kg with supplies 300 watts of throttle during riding the motorcycle. The drag coefficient of 0.88 and area of the tires are 3.9 ft² =0.362 m², and the coefficient of friction is 0.007. Calculate the speed Vm of man in m/s at standard atmosphere.

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
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Question 1 A man is riding his motorcycle with a 3 m/s towards his head. He has a mass of 70 kg with supplies 300 watts of throttle during riding the motorcycle. The drag coefficient of 0.88 and area of the tires are 3.9 ft² =0.362 m², and the coefficient of friction is 0.007. Calculate the speed Vm of man in m/s at standard atmosphere. V = 3 m/s Figure 1 = 70 kg P = 300W (10.88 A=0.362m² Vms C+0.007
Transcribed Image Text:Question 1 A man is riding his motorcycle with a 3 m/s towards his head. He has a mass of 70 kg with supplies 300 watts of throttle during riding the motorcycle. The drag coefficient of 0.88 and area of the tires are 3.9 ft² =0.362 m², and the coefficient of friction is 0.007. Calculate the speed Vm of man in m/s at standard atmosphere. V = 3 m/s Figure 1 = 70 kg P = 300W (10.88 A=0.362m² Vms C+0.007
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