Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
A 2 kilogram ball is being dropped from a roof that is 15 meters off of the ground. Choose a position versus time graph to represent the motion of the freely falling ball. time A B time time D time position position position uoyisod

A 2 kilogram ball is being dropped from a roof that is 15 meters off of the ground. Choose a position versus time graph to represent the motion of the freely falling ball. time A B time time D time position position position uoyisod

icon
Related questions
Question

1

**Question:** A 2-kilogram ball is being dropped from a roof that is 15 meters off of the ground. Choose a position versus time graph to represent the motion of the freely falling ball. **Graph Descriptions:** - **Graph A:** This graph shows a curve where the position increases with time, starting slowly and then curving upwards sharply. - **Graph B:** This graph depicts a curve where the position decreases over time, starting with a steep slope that gradually levels off. - **Graph C:** This is a straight line with a positive slope, indicating a constant increase in position over time. - **Graph D:** This graph is a straight line with a negative slope, showing a linear decrease in position over time. **Explanation:** For a freely falling ball, the position-time graph will typically start high and curve downward because the rate of position change decreases over time due to acceleration by gravity. Therefore, the appropriate graph representing the motion of a freely falling ball is **Graph B**, which shows a decreasing position that starts steep and levels off as the ball approaches the ground.
Transcribed Image Text:**Question:** A 2-kilogram ball is being dropped from a roof that is 15 meters off of the ground. Choose a position versus time graph to represent the motion of the freely falling ball. **Graph Descriptions:** - **Graph A:** This graph shows a curve where the position increases with time, starting slowly and then curving upwards sharply. - **Graph B:** This graph depicts a curve where the position decreases over time, starting with a steep slope that gradually levels off. - **Graph C:** This is a straight line with a positive slope, indicating a constant increase in position over time. - **Graph D:** This graph is a straight line with a negative slope, showing a linear decrease in position over time. **Explanation:** For a freely falling ball, the position-time graph will typically start high and curve downward because the rate of position change decreases over time due to acceleration by gravity. Therefore, the appropriate graph representing the motion of a freely falling ball is **Graph B**, which shows a decreasing position that starts steep and levels off as the ball approaches the ground.
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer