Sentences with UNIFORM-ACCELERATION
Check out our example sentences below to help you understand the context.Sentences
1
"The car experienced uniform acceleration as it moved down the road."
2
"The ball fell to the ground with uniform acceleration."
3
"The rocket achieved uniform acceleration as it propelled into space."
4
"The cyclist maintained uniform acceleration as they pedaled uphill."
5
"In a vacuum, objects fall with uniform acceleration due to gravity."
6
"The roller coaster provided riders with a thrilling experience of uniform acceleration."
7
"The swimmer achieved uniform acceleration as they dove into the pool."
8
"During the experiment, the object's motion was characterized by uniform acceleration."
9
"The airplane achieved uniform acceleration as it accelerated on the runway."
10
"The athlete demonstrated uniform acceleration as they sprinted towards the finish line."
1
"An object undergoing uniform acceleration will have a constant change in velocity over equal time intervals."
2
"The car experienced uniform acceleration as it traveled from 0 to 60 mph in 6 seconds."
3
"During free fall, an objects' speed increases at a uniform acceleration due to gravity."
4
"In a vacuum, all falling objects will experience uniform acceleration."
5
"The roller coaster's cars move with uniform acceleration as they speed down the track."
6
"A rocket launch involves uniform acceleration as the spacecraft gains speed over time."
7
"During a car race, drivers aim to achieve uniform acceleration to gain an advantage."
8
"In classical mechanics, the equations of motion describe objects experiencing uniform acceleration."
9
"For an object with uniform acceleration, the change in velocity is directly proportional to the time elapsed."
10
"The motion of a satellite orbiting the Earth can often be approximated as uniform acceleration."
11
"An object thrown vertically upwards will experience uniform acceleration as it falls back to the ground."
12
"The acceleration due to gravity on Earth is nearly constant, resulting in uniform acceleration for falling objects."
13
"In a physics experiment, a toy car may be used to demonstrate uniform acceleration on an inclined plane."
14
"The concept of uniform acceleration is fundamental in understanding the laws of motion."
1
"To calculate the distance traveled during uniform acceleration, we use the equation: distance = (initial velocity) x (time) + 0.5 x (acceleration) x (time)^2."
2
"The motion of a freely falling object near the surface of the Earth can be approximated as uniform acceleration due to gravity."
3
"In order to determine the time taken for an object to reach a certain velocity with uniform acceleration, we can use the equation: time = (final velocity - initial velocity) / acceleration."
4
"When an object experiences uniform acceleration, its velocity increases at a constant rate."
5
"During uniform acceleration, the change in velocity of an object is the same for each second of time."
6
"An example of uniform acceleration is a car that accelerates from 0 to 60 miles per hour in exactly 10 seconds."
7
"The concept of uniform acceleration is important in understanding the basic laws of motion."
