Motion With Constant Acceleration Examples In Real Life
Motion With Constant Acceleration Examples
It is a type of motion that occurs when an object’s speed increases at a steady rate over time. This motion can be seen in everyday life and is responsible for many of the phenomena we observe around us.
In this blog post, we will explore 7 everyday examples of motion with constant acceleration in real life, and how these constant acceleration examples can help us understand the physical world around us.
Before you read any further related to motion with constant acceleration examples, it might be a good idea to understand constant acceleration briefly. It will help you to understand examples better. If you want to skip, you can skip by clicking on the link below.
Constant Acceleration In Brief
Constant acceleration is when an object moves at a steady rate of increase or decrease in velocity over time. It means that the object is experiencing the same amount of acceleration throughout its motion.
For example, when a car speeds up on the highway, it is experiencing constant acceleration because its velocity is increasing at a steady rate over time.
Now let’s move on to our examples of angular acceleration in real life.
7 Motion with constant Acceleration Examples In Real Life
I hope you understand the concept of angular acceleration given above. Now let’s look at the daily life examples of this law of acceleration to understand more clearly.
Examples

A car speeding up on the highway

A roller coaster going down a hill

A person falling off a cliff

An airplane taking off

A boat being pulled by a speedboat

A person bungee jumping

A person jumping off a diving board
Now let’s explain reallife examples of newton’s second law of motion, one by one:

A car speeding up on the highway:
When a car accelerates on a highway, it experiences constant acceleration. This means that the car’s velocity increases by the same amount in each unit of time. For example, if a car is traveling at 60 km/h and accelerates at a constant rate of 10 km/h/s, its velocity will increase to 70 km/h after 1 second, 80 km/h after 2 seconds, and so on. 
A roller coaster going down a hill:
A roller coaster going down a hill also experiences constant acceleration due to gravity. As the roller coaster descends the hill, its velocity increases by the same amount in each unit of time. This constant acceleration gives riders the feeling of weightlessness and speed. 
A person falling off a cliff:
A person falling off a cliff will also experience constant acceleration due to gravity. The acceleration due to gravity is approximately 9.81 m/s^2, which means that a person’s velocity will increase by 9.81 m/s in each second of free fall. 
An airplane taking off:
When an airplane takes off, it accelerates at a constant rate until it reaches a certain speed, at which point it can take off. This constant acceleration is necessary to provide the lift needed for the airplane to become airborne. 
A boat being pulled by a speedboat:
When a boat is pulled by a speedboat, it experiences constant acceleration. This acceleration is necessary to increase the boat’s velocity until it reaches a desired speed. Once the boat reaches the desired speed, the acceleration can be decreased or stopped. 
A person bungee jumping:
A person bungee jumping experiences constant acceleration due to gravity as they fall toward the ground. Once the bungee cord reaches its maximum length, the person’s velocity will become constant until the cord pulls them back up. 
A person jumping off a diving board:
When a person jumps off a diving board, they experience constant acceleration due to gravity. The acceleration due to gravity causes the person’s velocity to increase until they reach the water. The height of the diving board and the person’s weight will affect the acceleration and velocity experienced during the jump.
References
 “Constant Accelerated Motion” by Physics Classroom:
https://www.physicsclassroom.com/class/1DKin/Lesson1/Acceleration
The page provides a lesson on acceleration in onedimensional kinematics. It defines acceleration, explains how it can be positive or negative, introduces average acceleration, and provides examples of how to calculate it.
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