A 20,000 kg truck is traveling at 10 m/s. Calculate the truck's momentum. (p = m v)

If the truck collides with a wall, and the crush zone takes 0.01 s to stop the truck, what is the force experienced by the truck during the collision? (F Δt = m Δv => F = (m Δv)/Δt )

Substituting the values into the equation of momentum, we get that the momentum is p = mv = 20,000*10 = 200,000. Using the equation provided to solve for the force the truck experienced, we find: 20,000*10/0.01 = 20,000,000.

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A 20,000 kg truck is traveling at 10 m/s. Calculate the truck's momentum. (p = m v) If the truck collides with a wall, and the crush zone takes 0.01 s to stop the truck, what is the force experienced by the truck during the collision? (F Δt = m Δv => F = (m Δv)/Δt )

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A 20,000 kg truck is traveling at 10 m/s. Calculate the truck's momentum. (p = m v)

If the truck collides with a wall, and the crush zone takes 0.01 s to stop the truck, what is the force experienced by the truck during the collision? (F Δt = m Δv => F = (m Δv)/Δt )