Question
A force of 48 N pushes a 2 kg object initially at rest a distance of 3m along frictionless horizontally surface. Find:
A- The work done on the object.
B- The power of the applied force.
A- The work done on the object.
B- The power of the applied force.
Answers
bobpursley
work=force*distance
Vf^2=2 a *d= 2 (48/2)*3
or Vf=12 m/s
avg velocity= 6m/s
power= force*d/time=force*avg velocity
Vf^2=2 a *d= 2 (48/2)*3
or Vf=12 m/s
avg velocity= 6m/s
power= force*d/time=force*avg velocity
Related Questions
An object of mass 10.0 kg is initially at rest. A 100 N force causes it to move horizontally through...
Study the scenario.
An object is at rest. At five seconds, someone comes over and pushes the obje...
A man pushes a box , initially at rest towards another man by exerting a constant horizontal
forc...
Study the scenario.
An object is at rest. At five seconds, someone comes over and pushes the obje...