An iron ball of mass m=50 g falls from a height of (h_1)=5m and rises upto h_(2)=3.2m after colliding with the horizontal surface. If the time of contant of the glass half is Delta t=0.02s

Sahay Sir > Question Answers > An iron ball of mass m=50 g falls from a height of (h_1)=5m and rises upto h_(2)=3.2m after colliding with the horizontal surface. If the time of contant of the glass half is Delta t=0.02s
An iron ball of mass m=50 g falls from a height of (h_1)=5m and rises upto h_(2)=3.2m after colliding with the horizontal surface. If the time of contant of the glass half is Delta t=0.02s, find the average contact force exerted on the ball by the horizontal surface.
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Aug
An iron ball of mass m=50 g falls from a height of (h_1)=5m and rises upto h_(2)=3.2m after colliding with the horizontal surface. If the time of contant of the glass half is Delta t=0.02s, find the average contact force exerted on the ball by the horizontal surface. An iron ball of mass m=50 g [...]
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