Question: When a massive truck and a small car collide head-on as shown in the image, what can be said about the forces they exert on each other at the moment of impact?, The truck exerts a larger force on the car., Both vehicles exert forces of equal magnitude on each other., Question: When a car takes a sharp turn as shown in the image, what is actually pushing the driver and the door outward (in the direction of the blue arrow)?, There is no real force, the situation is caused by inertia., There is a real centrifugal force acting on the driver., Question: If the iron cannonball and the feather in the setup are released from the same height at the exact same time inside a completely frictionless (vacuum) room, what will happen?, The iron cannonball hits the ground first., Both objects hit the ground at the exact same time., Question: In a frictionless environment, two forces of equal magnitude are applied in opposite directions to a moving object, making the net force zero as shown in the image. What can be said about the object's motion from this moment on?, The object continues to move, The object stops instantly., Question: There is a cat and an elephant on the seesaw in the image. In physics, does the turning effect of a force (torque) depend solely on the weight of the object?, Yes, it depends solely on the weight of the object., No, it depends on both the weight and the distance

Common Physics Misconceptions

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