Displacement Time graph || Velocity Time graph || Motion in one dimension || Understanding graphs
Physics with Muhammad Arafat Khan・2 minutes read
The video explains the relationship between velocity and acceleration using Displacement Time Graph and Velocity Time Graph, emphasizing the importance of straight lines to represent constant velocity and acceleration. It encourages students to focus on understanding displacement, velocity, and the essence of velocity in relation to time for better comprehension and learning.
Insights
- Displacement divided by time yields velocity, while velocity divided by time results in acceleration, emphasizing the fundamental relationship between these key concepts in physics.
- The significance of straight lines in graphs as representations of constant velocity and acceleration is underscored, highlighting the essential visual cues that aid in understanding motion and its related components, such as speed changes and uniformity.
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Recent questions
What does a straight line on a Displacement Time Graph indicate?
Constant velocity
How is zero velocity represented on a Displacement Time Graph?
Straight line parallel to the time axis
What does a straight line inclined to the time axis signify on a Displacement Time Graph?
Constant velocity
How is uniform velocity depicted on a Displacement Time Graph?
Equal displacement in equal time
What does a changing slope on a Displacement Time Graph indicate?
Variable velocity
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