Momentum examples

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Momentum is a fundamental concept in physics that quantifies the motion of an object. It is determined by multiplying the object’s mass by its velocity. In simpler terms, momentum represents the amount of motion an object possesses. When an object is in motion, it has momentum. The greater the mass and velocity of the object, the greater its momentum. Momentum plays a crucial role in understanding the interactions and behavior of objects during collisions or when acted upon by external forces. It is a conserved quantity, meaning that the total momentum of a system remains constant unless external forces are applied.

Examples

Large truck

Momentum example - large truck
Momentum of a large truck gradually slowing down | Image: Stock photo, unknown source[●]

A large truck running on the highway possesses a significant amount of momentum due to its substantial mass. Momentum is the product of an object’s mass and its velocity. In the case of the truck, its large mass contributes to its high momentum. As a result, when the truck needs to come to a stop, it requires a longer distance to do so compared to a smaller vehicle with less momentum. The truck’s high momentum makes it harder to stop quickly, necessitating a greater braking force and a longer braking distance. Due to its large momentum, the truck takes a longer time to stop completely, even after the driver applies the brakes.

Athlete

Momentum example - athlete
Athlete running in the race with impressive momentum | Image: Stock photo, unknown source[●]

When an athlete is running in a race with a certain velocity, they possess momentum. Momentum is a property of an object in motion and is determined by its mass and velocity. In the case of the athlete, their momentum is a result of both their body mass and the speed at which they are running. The greater the mass and velocity of the athlete, the higher their momentum.

Football

Momentum example - football
Football hitting on the head with powerful momentum | Image: Stock photo, unknown source[●]

When a football is struck on the head, it possesses a significant amount of momentum, resulting in a sensation of pain. The momentum of a football arises from its combined mass and velocity. As the football moves, it possesses both these attributes, which contribute to its momentum. The magnitude of the football’s momentum increases as its velocity increases. Consequently, when the football impacts the head, the transfer of momentum leads to the experience of pain.

Tennis

Momentum example - tennis
Tennis ball hitting on the racket with dynamic momentum | Image: Stock photo, unknown source[●]

When a tennis ball collides with a racket at a high velocity, its momentum is influenced by its mass. Since a tennis ball has a relatively small mass, it possesses a smaller momentum compared to objects with greater mass. As a result, even if a player strikes the tennis ball with less force, it can still travel a considerable distance due to its lower momentum. The combination of the ball’s high velocity and smaller mass allows it to cover a greater distance upon impact with the racket.

Car

Momentum example - car
Car going downhill, carrying thrilling momentum | Image: Stock photo, unknown source[●]

When a car is in motion, it possesses momentum, which is determined by its mass and velocity. The momentum of a car is a measure of how difficult it is to stop or change its motion. A car with a larger mass will have a greater momentum compared to a car with a smaller mass, given the same velocity. Similarly, a car traveling at a higher velocity will have a greater momentum compared to a car moving at a lower velocity, given the same mass.

Bike

Momentum example - bike
Bike descending the hill, gradually losing momentum | Image: Stock photo, unknown source[●]

When a bike is in motion on a hill, it possesses momentum, which is influenced by its mass and velocity. Due to its smaller mass compared to a car, the bike has a lower momentum. This characteristic makes it advantageous for riding on hilly terrains as it can decelerate and come to a stop more quickly than a four-wheeler. The combination of a smaller mass and the bike’s ability to reduce momentum efficiently allows for better control and faster stopping when navigating hills.

Punch

Momentum example - punch
Karate champion’s punch delivering intense momentum | Image: Stock photo, unknown source[●]

A karate champion’s punch possesses significant momentum, allowing it to exert a powerful force on its target. The high velocity generated by the swift movement of the champion’s arm, combined with the forceful impact delivered, results in a substantial amount of momentum. This momentum is transferred to the target, enabling the punch to break a brick or potentially cause injury to an opponent’s face. The greater the momentum behind the punch, the greater its potential impact and destructive force.

Running

Momentum example - running
Running boy abruptly altering his momentum | Image: Stock photo, unknown source[●]

When an individual is running on the ground, they possess momentum that makes it challenging to stop suddenly. Momentum is the product of an object’s mass and velocity. As the individual’s velocity increases during their run, their momentum also increases. This means that the faster they run, the greater their momentum becomes, and the more difficult it is for them to come to a halt. The relationship between velocity and momentum is directly proportional, emphasizing the difficulty in stopping quickly when running at higher speeds.

Airplane

Momentum example - airplane
Airplane landing on the runway, exhibiting controlled momentum | Image: Stock photo, unknown source[●]

When an airplane makes a landing on the runway, it possesses significant momentum due to its large mass and high velocity. Momentum is the product of an object’s mass and velocity, and in the case of an airplane, both factors contribute to its substantial momentum. As a result, it becomes challenging for an airplane to stop immediately after landing, much like cars and bikes. The high momentum of the airplane requires a considerable braking force and a longer distance to come to a complete stop. The pilot must carefully manage the deceleration process to safely bring the airplane to a halt on the runway.

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Image credit

  • The stock photos used in this post are sourced from platforms like Pexels, Pixabay, Canva, etc. Due to the age of the images, their specific origins remain unknown.

External links

Deep

Learnool.com was founded by Deep Rana, who is a mechanical engineer by profession and a blogger by passion. He has a good conceptual knowledge on different educational topics and he provides the same on this website. He loves to learn something new everyday and believes that the best utilization of free time is developing a new skill.

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