37F= 160 Nmo421.0 m34PHYSshown. Using the point where the pipe touches the ground as a pivot. Calculate the sum ofA uniform 15 kg pipe of length 5.0 m has a 160 N force applied 4.0 m from its lower end astorques acting on the pipe.

Answered: Image /qna-images/answer/49e064c1-2e18-42a7-a277-4bcdef44f0fe.jpg

37 Fy- 160 N 42 1.0 m 34 A uniform 15 kg pipe of length 5.0 m has a 160 N force applied 4.0 m from its lower end as shown. Using the point where the pipe touches the ground as a pivot. Calculate the sum of torques acting on the pipe.

37 Fy- 160 N 42 1.0 m 34 A uniform 15 kg pipe of length 5.0 m has a 160 N force applied 4.0 m from its lower end as shown. Using the point where the pipe touches the ground as a pivot. Calculate the sum of torques acting on the pipe.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

You push on the door as shown in the drawing. Calculate the torque experienced at the door hinge.
1. To tighten a bolt, you push with a force of 100 Nat the end of the wrench handle that is0.5 m from the axis of the bolt. (a) What torque are you exerting? (0.5M)(100N) = 50n/m of Torque (b) If you move your hand inward to be only 0.2 m from the bolt, how much force do youneed to exert to achieve the same torque? (0.8M)(100N) = 80n/m-50n/m = 30n/m more (c) Do your answers depend on the direction of your push relative to the direction of thewrench handle? Yes (90 degrees) perpendicular
4: A young man was jumping on a diving board with a length of 2.44 meters. If the force he exerted on the board is 60 Newton at a 20 degree angle, what is the torque applied on the fixed end of the board "point O"? A: 76 TニモX 6ON B: 56 app C: 20 29 D: 50 2.44M SUH CAtH TDA de problem 4 above, what will the direction of the torque be? 1orizontal
An object is in equilibrium. There are three forces & three torques acting on it. Complete the table below. FB (N) 700 right Magnitude Direction (N) 900 left FC (N) -Select-v TB (N-m) (N-m) 100 200 clockwise clockwise -Select- TC (N-m)
Explain how to find the torque produced by a force using cross products.
A wrench exerts a torque of 50 NM on a hexagonal bolt. If the force on the end of the wrench is 50 N and it makes an angle of 45 degrees with respect to the handle, what is the distance or moment arm from the center of the bolt to the point at which the force is applied? A)0.707m B) 0.49m C) 1.41m d)1 m e) none
To tighten a bolt, you push with a force of 80 Newton’s at the end of a wrench handle that is 0.25 meters from the axis of the bolt.a) What torque are you exerting?b) If you move your hand inward to be only 0.10 meters from the bolt, what force do you have to exert to achieve the same torque?c) Do your answers depend on the direction of your push relative to the direction of the wrench handle?
9. In Figure 9-26 below, a crane is lifting a heavy concrete panel The force holding up the panel is F = 2.00 x 104 N. Torque is respect to O below. a) What is the direction of rotation? b) What is the torque? Fig. 9-26 Ans. a. Clockwise b. 1.20 x 105 N-m T=2.00 x 10 N -10.0 m- 53.0
A 81 cm wide door is pushed open with a 91N force applied to the end opposite the hinges. For each of the following, calculate the torque about an axis that passes through the hinges. a)The force is applied at 250 from the perpendicular to the face of the door, toward the hinges. b) The force is applied at 700 from the perpendicular to the face of the door, toward the hinges.
In a uniform see-saw, child A of mass 20 kg sits at 2.3 m from the center of the fulcrum. At what distance from the center of the fulcrum child B of mass 29 kg should sits on so as to have the see-saw balanced (to have a net torque of the see-saw to be zero)? Oa 1.15 m Ob. 1.45 m Fi Oe 33m Ti Od. 1.6 m
A rectangular bar is hinged at point O. The bar is 3.00 m long and 2.00 m wide. Find the torque resulting from the following force about an axis through point O: F1 = 1 N. Use a positive for a counterclockwise torque and a negative for a clockwise torque.
A uniform 8.00 m, 1500 kg beat is hinged to a wall and supported by a thin cable attached 2.00 m from the free end of the beam. The beam is fixed to the wall by a hinge at an angle of 30.0 degrees above the horizontal. The angle between the cable and the beam is 40 degrees. What is the direction of the torque exerted by the beam around the point where the cable is attached? -clockwise -counterclockwise