a car of mass 1500 kg collies with a wall as shown in fig. The initial and final velocites on the car are vec(v_i)=-15.0 hat(i)ms^(-1) and vec(v_f)=5.00 hat(i) ms^(-1)
Sahay Sir > Question Answers > a car of mass 1500 kg collies with a wall as shown in fig. The initial and final velocites on the car are vec(v_i)=-15.0 hat(i)ms^(-1) and vec(v_f)=5.00 hat(i) ms^(-1)
A body of mass m=1kg falls from a height h=20m from the ground level . (a) What is the magnitude of total change in momentum of the body before it strikes the ground? (b) What is the corresponding average force experienced by it ?(g=10ms^(-1))
28
Aug
A body of mass m=1kg falls from a height h=20m from the ground level . (a) What is the magnitude of total change in momentum of the body before it strikes the ground? (b) What is the corresponding average force experienced by it ?(g=10ms^(-1)) a car of mass 1500 kg collies with a wall as [...]
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a car of mass 1500 kg collies with a wall as shown in fig. The initial and final velocites on the car are vec(v_i)=-15.0 hat(i)ms^(-1) and vec(v_f)=5.00 hat(i) ms^(-1) ,
find the impulse caused by the collision and the average force exerted on the car. ,
In a paricular crash test ,
respectively. If the collision lasts 0.150s ,
In a paricular crash test, a car of mass 1500 kg collies with a wall as shown in fig. The initial and final velocites on the car are vi = -15.0 i ms^-1 and vf = 5.00 i ms^-1, respectively. If the collision lasts 0.150 s, find the impulse caused by the collision and the average force exerted on the car.
28
Aug
In a paricular crash test, a car of mass 1500 kg collies with a wall as shown in fig. The initial and final velocites on the car are vi = -15.0 i ms^-1 and vf = 5.00 i ms^-1, respectively. If the collision lasts 0.150 s, find the impulse caused by the collision and the [...]
Tags:
a car of mass 1500 kg collies with a wall as shown in fig. The initial and final velocites on the car are vec(v_i)=-15.0 hat(i)ms^(-1) and vec(v_f)=5.00 hat(i) ms^(-1) ,
find the impulse caused by the collision and the average force exerted on the car. ,
In a paricular crash test ,
respectively. If the collision lasts 0.150s ,