In this experiment, in order to study the Work-Energy the velocity and position respectively. The motion sensor me velocity of the glider? The speed of the glider will be calculated by using t The motion sensor also measures the shift in the free determines the glider's velocity An average velocity will be calculated from the posi subsequent position measurements
In this experiment, in order to study the Work-Energy the velocity and position respectively. The motion sensor me velocity of the glider? The speed of the glider will be calculated by using t The motion sensor also measures the shift in the free determines the glider's velocity An average velocity will be calculated from the posi subsequent position measurements
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Transcribed Image Text:In this experiment, in order to study the Work-Energy theorem, you want to plot u² vs. x where u and x are the glider's
velocity and position respectively. The motion sensor measures the glider's position. How are you going to determine the
velocity of the glider?
The speed of the glider will be calculated by using the Work-Energy theorem
The motion sensor also measures the shift in the frequency of the ultrasound waves due to the Doppler effect and
determines the glider's velocity
An average velocity will be calculated from the position data by using the change in the position of the glider between
subsequent position measurements
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