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To get the trophy up in the air, the men had to apply a force over a distance.

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In this picture, the soccer player's hand on the other player's face (circled is a force exerted over time, or in other words, an impulse. He is applying this force to get the other team away from the ball.

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When an object moves downhill, it usually accelerates due to gravity. However, since this is a car, it most likely has a driver and passengers. In order to not go as fast the driver would apply the brake. This would be negative acceleration because the car is slowing down.
Another way this could be viewed as negative acceleration is if the frame of reference had positive acceleration to the right. Since the car is going left, it would have a negative acceleration.

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The frame of reference for this image has positive acceleration going to the right. The car is going right and with the blurred scenery, the car is getting faster.

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This law states that an object at rest will stay at rest, or an object in motion will stay in motion, unless an unbalanced force acts upon it. The sleeping football player will stay resting in the hammock unless someone or something moves him or the hammock.

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The snowboarder has no other force acting on it except gravity. Had this been a video, it would show him falling back to the ground in free fall.

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Assume that the strings are still. The musician will then pluck a string. The string will oscillate back and forth and this vibration will emit sound.

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The vinyl moves in a circular motion on this record player. To play the music, the needle has to move around the record gradually making its way towards the center.

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At this point in the gymnast's bar routine, she is, for the most part at her highest point. The equation for gravitational potential energy is Ug=mgh. Mass and the acceleration due to gravity are constant in this situation so height is the only thing that will change the amount of potential energy. Being at her highest height, she is at her highest potential energy.

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The low point of the figure skater's turn has the greatest kinetic energy because ΣE=mgh+1/2mv^2. At the top, potential energy is the total energy and at the bottom kinetic energy is the total energy.