The motion of an object is said to be a one-dimensional motion if only one out of three coordinates specifying the position of the object changes concerning time. In our surroundings, we will find many objects in motion and many interests in a real sense.
one dimensional motion is defined as ”the object poignant in isolated direction and it is antipodal direction only. moving further and rearward are the only options in one-dimensional motion and objects moving in one dimension encounter null end product force. This motion is sometimes known as rectilinear motion or linear motion.
This post gives you a detailed explanation of such a one-dimensional motion example
- A car moving on a straight road
- A person moving down a hallway
- A sprinter running on a straight race course
- Dropping a pencil
- Throwing a ball straight up
- A glider moving on an air track
- A man walking on a straight path
- A train on straight railway-track
- A vehicle on a straight line
- An object dropped from certain height from ground
- Free falling body
- A body moving with uniform acceleration
- A jet plane lands with some velocity
- A parachutist falling fast
- Passenger is moving in forward direction
- Mars moving in backward direction
- Object is moving in left direction
- Batsman swings the bat
- Pull of table drawer
- A ball thrown vertically upwards
- Bullet fired from a gun
A car moving on a straight road
If we have a car traveling at an initial velocity of 126km/hour the driver in the car wants to stop the car by applying break the distance covered by the car before it comes to stop it has zero velocity and covers 200m distance so the velocity is reduced concerning time then it is called as one-dimensional-motion.
A person moving down a hallway
If the hallway is vibrating at that time when a person is walking through the hallway the end of the hall is closed so that the sound reflects from it and the person here that sound beats and the person lines up at the door and walks down a hallway this is one-dimensional-motion.
A sprinter running on a straight race course
A sprint race is known as running athletes should follow the rules when they are running, the shortness of sprints the course running is usually 100m to 200m, and runners are supposed to wear short spikes that must not exceed 9mm in length they run straightly in a racecourse which is one-dimensional-motion.
Dropping a pencil
When we drop a pencil into the vacuum from the top the pencil is falling in a vacuum because the acceleration due to gravity does not rely on mass and there will be no resistance on it which is nothing but one- dimensional-motion.
Throwing a ball straight up
When we throw a ball straight up the ball is accelerating because the gravity in the opposite direction is up and that gravity did not vary near the surface of the planet so we should be able to use one-dimensional motion for constant acceleration.
A glider moving on an air track
We know that an airplane can glide without an engine but in the process, it will gradually lose altitude, and depending on its weight, aerodynamics, and other physical facts it can go down faster.
A man walking on straight path
While walking the man appeals to capability on the floor in the reverse direction and so the floors propel man by the same amount of force in an onward direction which prepares man to move in one-dimensional motion.
A train on straight railway-track
When the train rolls on tracks we can see that the train is moving perfectly straight even if we try to give a small tilt for the train at the beginning they’re still managing because of one-dimensional motion.
A vehicle on a straight line
When the vehicle moves on the same line again and again and the vehicle replicates a straight linear path with the same direction of displacement and velocity in the same direction, hence is one-dimensional motion.
An object dropped from certain height from ground
When we drop the ball with the unfailing height it hits the ground and bounces back to attain a certain height because of one-dimensional motion.
Free falling body
Whenever an object falls to the ground we can say that the object is in free fall. This is caused by gravitational force hence it’s a one-dimensional motion.
A body moving with uniform acceleration
If the body starts with uniform acceleration consequently it excels sessile passim the motion of the body hence it’s one-dimensional-motion.
A jet plane lands with some velocity
Landing is achieved by flagging and drooping to the airstrip, this haste shrinkage is achieved by reducing, extending, and remising a considerable amount of tow using wag.
A ball thrown vertically upwards
If we grab a ball in our hand and throw it vertically from the ground then the ball obtains greater height and come-back to our hand in a straight path hence this is a one-dimensional motion.
A parachutist falling fast
parachutists fall fast because earth gravity holds on to them, in fact at about 100 miles per hour hence we can say parachutists are plummeting.
Passenger is moving in forward direction
In a starting bus passenger poignant with the bus as the motorist appeals to brake the bus comes to relax but the passenger assay to cherish his state of course as a result passenger moving in the forward direction.
Mars moving in backward direction
In the night sky, stars rise and set due to the rotation of earth and planets move in the sky relative to the pattern of background, earth passes a slower moving outer planet that makes mars appear to be moving backward.
Object is moving in left direction
When the particle moves to the left then the velocity is negative for cubic that could still be a zero. If the object is slowing down then its acceleration vector is directed in the opposite direction as its motion.
Batsman swings the bat
In the game of cricket when a batsman swings the bat he hits the oncoming ball such that the ball is forced to change the direction in which it was moving, if the ball is then caught by a fielder its motion is stopped in both cases we see the effects of the application of the force the batsman is using force to change the direction of moving object.
Pull of table drawer
If you have got drawers in your closet system they have what we call a full extension drawer. First, we way we are going to pull the drawer all the way out on the side of the drawer, and sometimes they have changed over time.
READ MORE on 22+ Repetitive Motion Examples or 15+ Two Dimensional Motion Examples or Example Of Pyramid.
Also Read:
- Range of motion examples
- Periodic motion examples
- Projectile motion formula
- Projectile motion
- Newtons second law of motion examples
- Brownian motion examples
- Vertical motion examples
- Rolling motion examples
- Simple harmonic motion examples
- Displacement in circular motion
Hi,
I am Megha B R, I have completed my Post-Graduation in Solid State Physics and pursuing B. Ed. I am a Physics enthusiast. As an Academic writer, my goal is to reach the readers in a simplified manner through my articles.
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