Two pieces of tape are put on the air track at a distance of 1.50 m. A 0.350 kg glider on the air track takes about At=1.30 s to move between the two pieces of tape. What is the glider's velocity? Determine its momentum?
Two pieces of tape are put on the air track at a distance of 1.50 m. A 0.350 kg glider on the air track takes about At=1.30 s to move between the two pieces of tape. What is the glider's velocity? Determine its momentum?
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Transcribed Image Text:Two pieces of tape are put on the air track at a distance of 1.50 m. A 0.350 kg glider
on the air track takes about At=1.30 s to move between the two pieces of tape. What
is the glider's velocity? Determine its momentum?
A glider of mass m,=0.350 kg moves with a velocity of 0.850 m/s to the right on an air
track. It crashes into a glider of mass m2 =0.350 kg at rest. Glider m, stops, while m2
moves in the direction that m, was traveling. What is the velocity of m2?
The glider of mass m,=0.350 kg travels at a speed of 0.850 m/s to the right on the air
track. It collides with a glider of mass m2 =0.350 kg at rest. Glider m, stops, and m2
travels in the direction m, was going. What is glider m2 velocity?
Transcribed Image Text:The air track glider of mass m, = 0.200 kg traveling to the right at 0.750 m/s collides
with a glider of mass m2 =0.400 kg at rest. If m, bounces and travels to the left at a
speed of 0.250 m/s, what is the glider m2 speed and direction after the collision?
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