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(a) At what time is its velocity maximum?
(b) At what time is its average velocity maximum?
(c) At what time is its acceleration maximum in magnitude?
(d) How many cycles (counting fractions) are required to reach the top?
(i) The tractive force between the driving wheel and road surface.(ii) The work done during the period of the acceleration(iii) The average power developed
Your task is:1.
Find above (a), (b) and (c) by using D’Alembert principles2.
Find above (a) (b) and (c) by using principle of ‘Conservation of Energy’
B collides with the particle A . If the two particles collide 2 sec after they start,find v.
(Acceleration due to gravity is 10m/s in negative y direction. Point O in not necessarily on ground.)
Please help me solve this using x and y components of v. And also where would they collide?
a 14-m runway. How quickly must he accelerate?