Newton’s 2nd Law of Motion Examples – Top 6

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Do you wanna know some of the exclusive Newton’s 2nd Law of Motion Examples in everyday life? If yes, then look no further. Because today I am gonna discuss some of the best ones with you…!!! Being a student of Physics, you must be aware of the story of an apple falling from a tree.

On this basis, Issac Newton asked one of the most scientific questions i.e why doesn’t the moon fall on the earth in the same manner as an apple falling from a tree? With this thought in mind, and, of course, by doing some mathematics and observations, he invented the 3 laws of motion. Out of which we are going to discuss the 2nd law of motion.

Newton’s 2nd law of motion basically explains that how with time, the rate of change of momentum of a body is equal to both the magnitude and direction of the force applied to it. Mathematically, it relates the mass and acceleration of a body. Although, these laws were given in 1686. Yet, these are so accurate that they are still used even today.

 

Newton’s 2nd Law of Motion Examples in Everyday Life – Top 6

If you think you can’t relate to the examples of newton’s 2nd law of motion in real life. Well, here is your chance to think again…!!!

  • When we Walk
  • Vehicle Engines
  • Playing Golf
  • Shopping Cart
  • Launching a Rocket
  • Pushing a Wall

 

When we Walk

when-we-walk
Image Source: The New York Times

The very first one in my list of top 6 examples of newton’s 2nd law of motion in everyday life is when we walk. Have you ever noticed what happens when we walk? In reality, while walking, you are using newton’s 2nd law.

You exert a force on the ground which gives acceleration to yourself, hence, causes motion. This explains why we require more energy when we walk. Also when you are in hilly areas, you require even more force which means more energy to move along uphill.

Vehicles Engines

vehicle-engine
Image Source: Car From Japan

If you have a car, then its engine comes with a specification in terms of power. Now suppose your car can go to 100km/h in 10 seconds. But what will happen if you simply attach a heavy cart to your car? It won’t be able to speed up to 100km/h in 10 seconds.

Now it will be able to reach somewhere around 100 km/h in 15 to 20 seconds, again, of course, depending upon the weight of your cart. In short, you can say that as soon as you attached the cart at the back of your car, the overall mass of the car increased.

Hence, decreasing the acceleration of your car. In fact, this also tells why a truck that carries heavy weights should have a bigger engine to have the same acceleration as compared to your car.

Playing Golf

playing-golf
Image Source: Boo Crew Life – Outdoors and Golf

Have you ever been to a golf course? When we hit a golf ball. It goes to a larger distance only and only if we apply more force.

On the other hand, a smaller hit to the ball will cause it to travel a lesser distance. In other words, the more force you apply, the more distance the golf ball will travel.

Shopping Cart

shopping-cart
Image Source: PNGWing

When we go out shopping, we take a cart and put all our kinds of stuff in it. You must have experienced that the cart is easy to pull when it is empty. But, as we put more and more stuff in it, its weight increases, hence, becomes difficult to move.

This is because since its mass is increased, it will require more force to pull or push the cart in the forward or in backward direction, simply satisfying newton’s 2nd law of motion.

Launching a Rocket

launching-a-rocket
Image Source: Space.com

A force called thrust is required to set off the rocket to orbit around the earth. We know by the mathematical form of newton’s 2nd law of motion that force is proportional to acceleration.

Therefore, as a result, a very large force is required for a rocket to leave the atmosphere of the earth. In other words, one can simply say that launching a rocket is a direct application of newton’s second law of motion.

Pushing a Wall

pushing-a-wall
Image Source: Healthline

When we try to push the wall, it doesn’t move. This happens because the wall has a larger mass, as a result, the force applied by a single person is negligible compared to the inertial position mass cum force the wall has. Hence, it doesn’t move.

On the other hand, what will happen, when 50 people push a small wall? As per the 2nd law of motion, it will move. Because the force applied by 50 people is larger than the inertial position mass of the wall.

 

Some other Newton’s 2nd Law of Motion Examples in Real Life

Apart from the above-mentioned ones, I am also mentioning a few here.

  • Riding a Bicycle
  • Kicking a Ball
  • Car Crash
  • Driving a Car
  • Two People Walking on a street, etc.

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I am a mechanical engineer by profession. Just because of my love for fundamental physics, I switched my career, and therefore I did my postgraduate degree in physics. Right now I am a loner (as ever) and a Physics blogger too. My sole future goal is to do a Ph.D. in theoretical physics, especially in the field of cosmology. Because in my view, every aspect of physics comes within the range of cosmology. And I love traveling, especially the Sole one.

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