Difference Between Uniform Acceleration and Non-Uniform Acceleration
The difference between Uniform and Non-Uniform acceleration is explained in the table added below,
Uniform Acceleration Vs Non-Uniform Acceleration | ||
---|---|---|
Characteristics | Uniform Acceleration | Non-uniform acceleration |
Definition | Uniform acceleration is defined as the acceleration in which the object changes its velocity within equal intervals of time. | Non-uniform acceleration is defined as the acceleration in which the object changes its velocity within unequal intervals of time. |
Graph of Velocity vs Time | It is a straight line with constant slope. | It is a curved line with changing slope. |
Direction of acceleration | Direction remains constant throughout motion with respect to time. | Direction changes over time. |
Example | Object in free fall experiences uniform acceleration. | The motion of the pendulum with changing speed. |
Acceleration
Acceleration is defined as the rate of change in velocity. This implies that if an object’s velocity is increasing or decreasing, then the object is accelerating. Acceleration has both magnitude and direction, therefore it is a Vector quantity. According to Newton’s Second Law of Motion, acceleration is defined as the ratio of the force applied to the object to the mass of the object.
Let’s understand more about acceleration and related concepts like Acceleration Formula, its Unit, Types, Graphs, Solved Examples, and FAQs, in this article!
Table of Content
- What is Acceleration?
- Acceleration Formula
- Unit of Acceleration
- Types of Acceleration
- Difference Between Uniform Acceleration and Non-Uniform Acceleration
- Velocity-Time Graph
- Difference Between Acceleration and Velocity
- Examples on Acceleration