The quantity jerk, J, is defined as the time derivative of an object's acceleration, J = da/dt = d³x/dt³. What is the physical meaning of the area under a graph of jerk versus time?
A) The area represents the object's change in acceleration
B) The area represents the object's acceleration
C) The area represents the object's change in velocity
D) The area represents the object's velocity
The quantity jerk, J, is defined as the time derivative of an object's acceleration, J = da/dt = d³x/dt³. What is the physical meaning of the area under a graph of jerk versus time?
A) The area represents the object's change in acceleration
B) The area represents the object's acceleration
C) The area represents the object's change in velocity
D) The area represents the object's velocity










