Force On An Object#
The velocity as a function of time of an object is as shown in the figure below. The mass of the object is 24 \(kg\).
![A graph of velocity and time. The object has a velocity of 10 meters per second at 0 to 2 seconds. The object's velocity decreases to 0 meters per second at 6 seconds. The object's velocity is at negative 10 meters per seconds from 10 to 12 seconds.](../../../../../_images/Q33.png)
Part 1#
Which answer below best describes the force on the object between 2 and 10 \(s\)?
Answer Section#
\(F = \) -60.0 \(N\)
\(F = \) 60.0 \(N\)
\(F = \) 60.0 \(N\) from 2 to 6 \(s\), then \(F = \) -60.0 \(N\) from 6 to 10 \(s\)
\(F = \) -60.0 \(N\) from 2 to 6 \(s\), then \(F = \) 60.0 \(N\) from 6 to 10 \(s\)
Impossible to tell
Attribution#
Problem is licensed under the CC-BY-NC-SA 4.0 license.