0
answers
0
watching
108
views
12 Nov 2019
Force vs. time graph The force exerted over a time interval isshown on the graph above. The force (N) is plotted on the y-axis,and the time (see.) is on the x-axis. The force is acting on a 2.0kg object, model it as a particle. Find a) the impulse of theforce
b) the final velocity of the particle if it is initially atrest.
c) the final velocity of the particle if it is initially movingalong the x-axis with a velocity of - 2.0 m/s.
Force vs. time graph The force exerted over a time interval is shown on the graph above. The force (N) is plotted on the y-axis, and the time (see.) is on the x-axis. The force is acting on a 2.0 kg object, model it as a particle. Find a) the impulse of the force b) the final velocity of the particle if it is initially at rest. c) the final velocity of the particle if it is initially moving along the x-axis with a velocity of - 2.0 m/s.
Force vs. time graph The force exerted over a time interval isshown on the graph above. The force (N) is plotted on the y-axis,and the time (see.) is on the x-axis. The force is acting on a 2.0kg object, model it as a particle. Find a) the impulse of theforce
b) the final velocity of the particle if it is initially atrest.
c) the final velocity of the particle if it is initially movingalong the x-axis with a velocity of - 2.0 m/s.
Force vs. time graph The force exerted over a time interval is shown on the graph above. The force (N) is plotted on the y-axis, and the time (see.) is on the x-axis. The force is acting on a 2.0 kg object, model it as a particle. Find a) the impulse of the force b) the final velocity of the particle if it is initially at rest. c) the final velocity of the particle if it is initially moving along the x-axis with a velocity of - 2.0 m/s.