A train is pushing on a stalled vehicle abandoned on a rail road track causing both of them to speed up. Which of the following is true? The force of the train on the vehicle is smaller than the force of the vehicle on the train. The force of the train on the vehicle is equal to the force of the vehicle on the train. The force of the train on the vehicle is larger than the force of the vehicle on the train.Question 3

A heavy truck collides with a smaller car.Which statement is true?Atomi QuestionA(Choice A)The truck exerts more force than the carB(Choice B)The car exerts more force than the truckC(Choice C)The truck and car exert the same force on each otherD(Choice D)There is no net force because the forces are equal and opposite

If you use the same force to push a truck and push a car, which one will have more acceleration and why? Group of answer choicesThe truck, because it has more massThe truck, because we push it harderThe car, because it is smallerThe car, because it has less mass

1. A 4,500 kg railway train moves east at a velocity of 5 m/s on a level frictionless track when it collides with a stationary 6,500 kg coach train. If the two trains lock together upon impact, how fast do they move after collision?2. A 945 kg car moves to the right at a velocity of 18 m/s collides with a stationary truck of unknown mass. The two vehicles stick together and move off at a velocity of 7 m/s. What is the mass of the truck

A loaded truck collides with a car causing a large amount of damage to the car. Which of the following is true about the collision?a.The force on the truck is the same in magnitude as the force on the car.b.The force on the truck is greater than the force on the car.c.During the collision, the truck has a greater displacement than the car.d.The force on the car is greater than the force on the truck.e.During the collision, the truck has a greater acceleration than the car

A train is moving at a constant speed on a straight track. You are standing in one of the carriages. The train brakes suddenly and you seem to be thrown forwards.Use Newton's first law to explain why.