What assumptions are made when interpreting the area under a speed-time graph as distance or displacement?

The area under a force-time graph represents the product of force and time which is equal to the impulse of an object. What is the area under a force vs. Therefore, the area under the curve of the velocity time graph gives distance covered by the body. Note: The gradient of the curve in the distance time graph ... May 13, 2021 ... The area under velocity – time graph represents the displacement covered by the moving object. Explanation: The area under a velocity-time ... The vertical axis of the graph represents dollars, adjusted for inflation, from 0 to 25. ... time balances would not be possible or would be problematic. For ... Normalized mean amplitude was defined as the area under a rectified EMG ... Therefore, the asterisks on the graphs represent statistical differences to control ... Time is increasing to the right, but its distance does not change. It is not ... The speed-time graphs below represent the motion of a car. Match the ... Mar 28, 2023 ... If you're graphing force as a function of position, written as F(x), the area is the work done on the force. “Force” means a push on an object, ... The area under a velocity-time graph represents the object's displacement. Acceleration-Time Graph. An acceleration-time graph shows the relationship between an ... Feb 10, 2018 ... Over a given time interval your integral may not represent much, but represents average volume (that is, a time-average), and that quantity may, ... Jun 19, 2020 ... Nothing really. ... With velocity-time, the area is obtained by multiplying velocity and time together. This is displacement. With a displacement- ...