Find the torque when the force acts perpendicular to door

Assignment Help Physics

Reference no: EM13996676

A 41.8 N force is applied to the outer edge of a door of width d = 2.88 m.

741_A force is applied to the outer edge of a door.gif

(a) Find the torque when the force acts perpendicular to the door.

(b) Find the torque when the force acts at an angle of θ = 15.0° with respect to the door surface.

Reference no: EM13996676

Questions Cloud

What policies did he implement during his two terms : Many changes were taking place in America during the 1960s. These include many foreign and domestic events. Choose ONE of these events and describe it in 200-300 words. Be sure to include the causes and effects. Include why you believe this event ..

How is the company leadership described : Choose any publically traded company that interests you. Make sure that they are large enough to have been covered by the press. How is the company leadership described

Design a website on global concern : Design a website on your 'passion project'. This is some topic based on social or global concern to which you would like to raise awareness and bring about change.

What appears to be difference in approach between the two : Identify the historic and contemporary factors which have led to a culture of low voter turnout in Texas.

Find the torque when the force acts perpendicular to door : Find the torque when the force acts perpendicular to the door. Find the torque when the force acts at an angle of θ = 15.0° with respect to the door surface.

What is the shape of the trajectory : A stone is attached to a massless string and it is moving around a loop on a horizontal plane at a constant speed Vt. There is no friction between the stone and the surface. At some moment, the string is cut. Draw a free body diagram of the stone ..

How long does it take the first stone to hit the ground : A stone falls from rest from the top of a cliff. A second stone is thrown downward from the same height 3.6 s later with an initial speed of 70.56 m/s. They hit the ground at the same time. How long does it take the first stone to hit the ground? ..

What must the magnitude of the applied force f : A stone of mass 2.96 kg is rubbed across the horizontal ceiling of a cave, as shown in the figure. If the coefficient of kinetic friction is 0.630 and the force applied to the stone is angled at θ = 66.3o what must the magnitude of the applied forc..

Describe ways cloud computing improve system fault tolerance : Write an essay describing the ways cloud computing can improve a system fault tolerance. Include details and examples to support your response

User Account

All Pages