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1/15/20141 1. A car starts from rest and travel 10s with uniform acceleration 5m/s 2. Find out its final velocity. Here, u=0 m/s t=10s a= 5m/s 2 v=? We know,

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1/15/20142 2.A car travels with uniform acceleration 5m/s 2 and after 10s its final velocity is 60m/s. What was its initial velocity? Here, v=60 m/s t=10s a= 5m/s 2 u=? We know,

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1/15/20143 3.A car moving in uniform acceleration with initial velocity 10m/s and after 10s its final velocity is 60m/s. Find out its acceleration Here, u=10m/s t=10s v=60 m/s a= ? We know,

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1/15/20144 4.A car travels with uniform acceleration 5m/s 2. Its initial velocity is 10m/s and final velocity is 60m/s. Find out the time it traveled. Here, a= 5m/s 2 u=10m/s v=60 m/s t=? We know,

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1/15/20145 5.A car starts from rest and is accelerated uniformly at the rate of 5 m/s 2 for 10s. Find out the distance covered in meters. Here, a= 5m/s 2 t=10s u=0m/s x=? We know,

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1/15/20146 6.A super sonic fighter dropped a bomb when it was 2 km above the ground. Find out the time needed for the bomb to reach ground. Here, a= 10 m/s 2 x= 2 km = 2000m u= 0m/s t = ? We know,

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1/15/20147 7.A super sonic fighter dropped a bomb when it was 2 km above the ground. Find out the velocity of the bomb when it touches ground. Here, a= 10 m/s 2 x= 2 km = 2000m u= 0m/s v = ? We know,

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1/15/20148 8.A super sonic fighter dropped a bomb and after 20 s the bomb touches the ground. Find out the height of the fighter. Here, a= 10 m/s 2 u= 0m/s t = 20 s x= ? We know,

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1/15/20149 9.A bullet of mass 10g and speed 72 km/h hit a sand bag and stopped in 0.1s. Find out the depth it enters into the sand bag and the retardation force. Here, m= 10 g = 0.01kg u= 72 km/h =20 m/s v= 0 m/s t= 0.1s x= ? F=? We know,

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1/15/201411 10.A bullet of mass 10g and speed 72 km/h hit a sand bag and entered 1 m into the bag. Find out the time it take and the retardation force. We know, Here, m= 10 g = 0.01kg u= 72 km/h =20 m/s x= 1 m v= 0 m/s t= ? F=?

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Kinematics. Topic Overview Kinematics is used to analyze the motion of an object. We use terms such as displacement, distance, velocity, speed, acceleration,

Kinematics. Topic Overview Kinematics is used to analyze the motion of an object. We use terms such as displacement, distance, velocity, speed, acceleration,

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