![]() ![]() The amount of force required to pass the ball to the player is decided by the distance of separation between the two players, and how far the ball has to be thrown. Passing the ball in a rugby match Image Credit: pixabay To pass the ball you are actually applying a force in the direction of the player standing in front of you. The curtain will move in the direction of the applied force and the displacement of the hanging curtain is equal to the force applied. To pull the window curtain a very less force is required as the curtains are light in weight. The trolley will accelerate in the direction of the pulling force and in comparison to the force applied. The amount of force required to pull the suitcase depends upon the weight of a trolley. Pulling a Trolley SuitcaseĪ force is applied to a suitcase to pull it forward. The bowling ball moves in the direction of the force applied and its acceleration follows the second law of motion. Bowling ball moving towards the pin Image Credit: pixabay The bowling ball moves in a rectilinear motion and imposes the force on the bowling pins to collapse them down. The bowling ball is accelerated and thrown in the direction of the standing bowling pins. At the same time, the kinetic energy of the marble will be transferred to that marble that was at rest and travel to a distance till its kinetic energy becomes zero. The force incident on another marble kept stable on the ground will displace from its position of rest and migrate in the direction of the applied force. Billiard ball Image Credit: Pixabay Hitting the Marble Upon hitting the billiard ball with a stick, the ball accelerates forward in the direction of the force applied and the speed of the ball is proportional to the force exerted on the ball. The acceleration of the car upon pushing the mass of the car is proportional to the force applied. A force is applied to the car to move it in a forward direction. Imagine that the car engine is not working and a man is pushing the car from the backside of the car. To target, the carrom man, the angle at which the force has to be incident on the carrom man is analyzed and then hit accurately.Īs the force is incident on the carrom man, it will move in the direction of the force applied to a distance based on the amount of force incident on it. ![]() The carrom striker accelerates in the direction it is striking. In the same way to pull the trolley backward, pull force has to be applied to the handle of a trolley. ![]() To push the trolley forward a force has to be applied in the forward direction, it is also called a push force which is a contact force. Pushing a shopping trolley Image Credit: pixabay Carrying Shopping TrolleyĪ shopping trolley has wheels underneath that make it comfortable to carry a heavy load in a trolley on a plane surface. The displacement of the table will be in the direction of the applied force. The table will be displaced from its position only if the sufficient force equivalent to the mass of a table is applied to the table. Suppose if the ball of mass 285g accelerates at a rate of 4m/s then the force applied to the ball is equal to 1.14N. The acceleration of the ball will be equal to the force exerted on every unit mass of the ball. Upon kicking the football it will accelerate in the direction of the force applied. Let us discuss some of Newton’s second law of motion examples as listed here below:- Football Kicked Newton’s second law of motion says that the force applied to the object that set it in motion is equal to the product of the mass of the object and its acceleration. According to Newton’s second law of motion, the direction of the acceleration of the object is in the direction of the force applied.
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