- #1
AryRezvani
- 67
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Homework Statement
Homework Equations
Above
The Attempt at a Solution
Okay, so I understand I need to integrate the top equation because it's velocity as a function of time.
I just don't know how.
Integration is a mathematical process that involves finding the anti-derivative of a function. In physics, it is used to find the total displacement of an object by finding the area under the velocity curve over a given time interval.
By integrating the velocity function of an object, we can find the area under the curve, which represents the total displacement of the object. This is because the integral of velocity with respect to time gives us the change in position or displacement.
The first step is to determine the velocity function of the object. Then, we integrate the function with respect to time over the given time interval. Finally, we evaluate the integral to find the numerical value of displacement.
Yes, integration can be used to find displacement for any type of motion as long as we have a velocity function that describes the motion. This includes both linear and non-linear motion.
Integration can only be used to find displacement in situations where the velocity is known and remains constant over the given time interval. It also assumes that the acceleration is continuous and there are no sudden changes in velocity during the motion.