Drow a velocity time graph graph for the ball starting 1.0 s before the collision to 1.0s after the collision
I do not read minds.
Drow a velocity time graph graph for the ball starting 1.0 s before the collision to wall and 1.0s after the collision
Thank you
To draw a velocity-time graph for the ball starting 1.0 s before the collision to 1.0 s after the collision, you would need to determine the velocity of the ball at different points in time. The velocity-time graph shows how an object's velocity changes over a given time period.
To get the velocities of the ball, you can consider the following steps:
1. Determine the initial velocity of the ball before the collision. This information may be given in the problem or you may need to calculate it using other available information.
2. Determine the velocity change during the collision itself. This is usually determined by the forces acting on the ball during the collision.
3. Determine the final velocity of the ball after the collision. Similar to the initial velocity, this information may be given or calculated based on available data.
Once you have the values for the velocities (initial, change during the collision, and final), you can plot them on the velocity-time graph.
- Draw a horizontal time axis and label it from -1.0 s to +1.0 s.
- Draw a vertical velocity axis and label it with appropriate units (e.g., m/s).
- Mark the initial velocity on the graph at 1.0 s before the collision.
- Represent the velocity change during the collision as a separate data point or as a line segment on the graph.
- Mark the final velocity on the graph at 1.0 s after the collision.
Connect the data points or line segments together to form a smooth curve on the graph.
Remember to include a title for the graph and clearly label the axes. Additionally, it may be helpful to include any relevant information or assumptions about the collision to provide context for the graph.