An object in uniformly accleration motion is an object that is moving in an accleration that is uniform. Meaning that the acceleration doesn’t change but velocity does.
SCIENCE Class
A very good example of it is when a ball is rolling off the ground!
Good afternoon everyone! I am Shaun Murphy and today I will tell you a story about my lovely cat in connection to objects in Uniform Accelerated Motion! Does anyone know about this concept?
Hey Nyeni come back..... Shaun is waiting for you to have breakfast together.... Don't gooooooo......
Yes my dear, excellent. Now, let's start the story. One fine morning my sister decided to play ball with my cat . Then...
Because the ball is in a uniform acceleration.... its velocity speed up constantly but not accelerate, making the ball roll faster down the incline of the town. Then something happened...
Its ok Andie, at least I have my breaks on and I was also cycling at a constant speed, thank goodness.
Ohhhh Sir Kristian , I am so sorry, Nyeni just trying to catching the rolling soccer ball.
Another example of Uniform Accelerated Motion in this situation is a bicycle on breaks, such that it is going slowly in a constant pace. Let's continue.... Finally after a few runs and lapses...
Oh there you are Nyeni, at last the ball came to a stop. You are all dirty now just like your ball. Let's go take a bath shall we!
Good girl Nyeni! You are now a squeezy fresh kitty!
After that exhaustful day outside chasing the soccer ball, my sister took Nyeni in a bubble bath. She also noticed that the when Nyeni releases the ball down from the bottom of the bathtub it comes back up always at the same rate. Again, another example of object in UAM!
At the end, Nyeni slept with his playful ball for the next consecutive nights! And that's a true to life story of the Uniform Accelerated Motion Ball! I hope you gain alot of lessons especially in physics!
What a cute story you shared from us! Thank you and we understood it clearly based on the situations you gave!
That is so true, very grateful to be your classmate!