Whats the difference between uniform acceleration graph and a constant acceleration graph? Both graphs look the same and I can differentiate them...
Uniform acceleration and constant acceleration are often used interchangeably, but technically they have slight differences.
A uniform acceleration refers to an object that undergoes motion with a constant rate of increase in velocity. This means that the object's velocity changes by the same amount over equal time intervals, resulting in a linear change in velocity over time. In a uniform acceleration graph, the velocity vs. time graph will be a straight line.
On the other hand, constant acceleration refers to an object that undergoes motion with a consistent rate of change in velocity. The term "constant" indicates that the acceleration remains the same throughout. In a constant acceleration graph, the position vs. time graph will be quadratic, while the velocity vs. time graph will be a straight line.
To differentiate between the two graphs, you need to analyze the relationship between velocity and time. For a uniform acceleration graph, the velocity will change at a consistent rate, resulting in a straight line on the graph. For a constant acceleration graph, the velocity will change at a varying rate, resulting in a curved line on the graph.