A stunt woman of mass m falls into a net during the filming of an action movie. Assume she experiences upward acceleration magni
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initial angular speed is given by 33.3 rpm
final angular speed is given by 78 rpm
now by using kinematics we will have
Sum the forces in the y (upward) direction
Applying the kinematic equations of linear motion we have that the displacement as a function of the initial speed, acceleration and time is
Again through the kinematic equation of linear motion that describes velocity as the change of displacement in a given time, we have to
Therefore the horizontal distance between the target and the rocket should be 38.83m