A car m = 200 tons makes the journey shown in the figure, if it moves with an initial speed of 150,000 m/s and the maximum height of the path is 15,000 m and the coefficient of friction is 0.4. Find the work of all the forces that intervene at point a, point b and point c, kinetic energy a, b, c, potential energy a, b, c and the power of the car developed along the trajectory • Steps draw the free body diagram, the force diagram and use the appropriate equations to find Kinetic energy at points A, B and C Power energy at points A, B and C Power at points A, B and C ● ●
A car m = 200 tons makes the journey shown in the figure, if it moves with an initial speed of 150,000 m/s and the maximum height of the path is 15,000 m and the coefficient of friction is 0.4. Find the work of all the forces that intervene at point a, point b and point c, kinetic energy a, b, c, potential energy a, b, c and the power of the car developed along the trajectory • Steps draw the free body diagram, the force diagram and use the appropriate equations to find Kinetic energy at points A, B and C Power energy at points A, B and C Power at points A, B and C ● ●
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 car m = 200 tons makes the journey shown in the figure, if it moves with an initial speed of
150,000 m/s and the maximum height of the path is 15,000 m and the coefficient of friction is
0.4. Find the work of all the forces that intervene at point a, point b and point c, kinetic energy
a, b, c, potential energy a, b, c and the power of the car developed along the trajectory
Steps draw the free body diagram, the force diagram and use the appropriate equations to find
Kinetic energy at points A, B and C
Power energy at points A, B and C
Power at points A, B and C
●
A
B
15000 m
C
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