The coordinate of the object moving along the x-axis changes in time as x=a² - ßt in SI. (a and Bare real positive constant numbers. ) The force applied to the object at timet=0 is 2N. a-)Find the force applied to the object when the object is located at the point x =0 again. b-)Draw the time-dependent graphs of the speed of the object and the force acting on the object.
The coordinate of the object moving along the x-axis changes in time as x=a² - ßt in SI. (a and Bare real positive constant numbers. ) The force applied to the object at timet=0 is 2N. a-)Find the force applied to the object when the object is located at the point x =0 again. b-)Draw the time-dependent graphs of the speed of the object and the force acting on the object.
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Transcribed Image Text:The coordinate of the object moving along the x-axis
changes in time as x=at² - ßt³ in SI.
(a and B are real positive constant numbers. )
The force applied to the object at time t= 0 is 2N.
a-)Find the force applied to the object when the
object is located at the point x = 0 again.
b-)Draw the time-dependent graphs of the
speed of the object and the force acting on the
object.
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