trying to get his car out of mud, a man ties one end of a rope around the front bumper and the other end tightly around a utility pole 18 m away. He then pushes sideways on the rope at its midpoint with a force of 550 N, displacing the center of the rope 0.30 m, but the car barely moves.What is the magnitude of the force on the car from the rope? (The rope stretches somewhat.)

trying to get his car out of mud, a man ties one end of a rope around the front bumper and the other end tightly around a utility pole 18 m away. He then pushes sideways on the rope at its midpoint with a force of 550 N, displacing the center of the rope 0.30 m, but the car barely moves.What is the magnitude of the force on the car from the rope? (The rope stretches somewhat.)

Name: trying to get his car out of mud, a man ties one end of a rope around
Uploaded: 2024-03-20T06:57:57.000Z
Channel: Bartleby
Description: trying to get his car out of mud, a man ties one end of a rope around the front bumper and the other end tightly around a utility pole 18 m away. He then pushes sideways on the rope at its midpoint with a force of 550 N, displacing the center of the

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter5: Newton's Laws Of Motion

Section: Chapter Questions

Problem 25PQ: The starship Enterprise has its tractor beam locked onto some valuable debris and is trying to pull...

See similar textbooks

Similar questions

Consider the four forces to be in equilibrium. The force F2 has a magnitude of 70.0 N and is in the negative x-direction. The force F3 is in the positive y direction. The force F1 makes an angle =25.0o with respect to the positive z-axis. When projected onto the xy plane the force F1 makes and angle of =32.0o with respect to the positive x-axis. What is the magnitude of the force F4 if it is in the negative z-direction? Give your answer in Newton's
A box is hanging at rest from the ceiling by two ropes. The rope on the left (Rope 1) forms a 20degree angle with the ceiling and has a total tension of 25N. The box on the right (Rope 2) forms a 32degree angle with the ceiling and has a total tension of 15N. What is the weight of the box? What is the mass of the box? A person ties a 2.5 g ball to the end of a 200 cm rope and swings it around in a circle directly over their head. It takes the ball 1.2 seconds to move around the circle one time. What is the velocity of the ball? What is the magnitude of the centripetal acceleration of the ball? What is the magnitude of the centripetal force on the ball? What type of force provides the centripetal force?
Determine the magnitude of the y-component of the reaction force at pin A (in kN). The beam AB is a standard 0.5 m I-beam with a mass of 95 kg per meter of length. 14 l A 0.25 m 0.5 m 0.12 m 5 m 25° 1.5 m 10 kN B
One end of a 40-m rope is tied to a tree; the other end is tied to a car stuck in the mud. The motorist pulls sideways on the midpoint of the rope, displacing it a distance of 5 m. If he exerts a force of 90 N under these conditions, determine the force exerted on the car.
A man stands on the lateral surface of a cylinder, moves his legs, and moves the cylinder with constant speed (see figure). Considering that the coefficient of friction between the shoes and the cylinder is mu = 0.3. What will be the friction force between the cylinder and the man. The mass of man m = 70 Kg.
a bridge across a small stream is made by supporting a 10m long log with a mass of 75kg with ropes tied at the ends of the log to the tree on the banks. the rope on the right makes a 25 degree angle with the ground. the rope on the left makes a 20 degree angle with the ground. a 25kg child us standing 7.5 m from the left bank. write the net force equation for the y direction. write the net force equation for the x direction. write the torque equation (use the left end of the log as the axis of rotation).
On her way to visit Grandmother, Red Riding Hood sat down to rest and placed her 1.20 kg basket of goodies beside her. A wolf came along, spotted the basket, and began to pull on the handle with a force of 6.40 N at an angle of 25 degree with respect to vertical. Red was not going to let go easily, so she pulled on the handle with a force of 12.2 N. If the net force on the basket is straight up, at what angle was Red Riding Hood pulling from the vertical?
13. Two constant forces of magnitude F1 and F2 act on a particle of mass 5.00 kg which is at rest at the origin. The force F1 points at 14.5° west of north, while the force F2 points at 58.3° west of south. Due to the two forces, the particle accelerates and is later located at 32.4 m, 17.0° north of west with speed 12.2 m/s. What is F1? A. 10.7 N B. 0.524 N C. 9.28 N D. 9.03 N
A 100 N object is suspended from two massless ropes that are attached to the ceiling. The rope to the right makes an angle of 30° to the ceiling and the rope to the left makes an angle of 45° to the ceiling. What are the tensions in the rope?
On her way to visit Grandmother, Red Riding Hood sat down to rest and placed her 1.20-kg basket of goodies beside her. A wolf came along, spotted the basket, and began to pull on the handle with a force of 6.40 N at an angle of 25° with respect to vertical. Red was not going to let go easily, so she pulled on the handle with a force of 13.5 N. If the net force on the basket is straight up, at what angle was Red Riding Hood pulling from the vertical? The whole question did not paste in on my last attempt.
On her way to visit Grandmother, Red Riding Hood sat down to rest and placed her 1.20-kg basket of goodies beside her. A wolf came along, spotted the basket, and began to pull on the handle with a force of 6.40 N at an angle of 25° with respect to vertical. Red was not going to let go easily, so she pulled on the handle with a force of 13.5 N. If the net force on the basket is straight up, at what angle was Red Riding Hood pulling from the vertical? I was given the WRONG answer this morning! The force that Red applied was 13.5N NOT 12.2 N! Use 13.5 N! I use this service primarily to check my work. If the "experts" are using the wrong values, I question if they will use the right mathematical procedures if I really have a challenge!
A force F acts to the right on a 6.4 kg block. A 3.43 kg block is stacked on top of the 6.4 kg block and can slide on it with a coefficient of 1. 40.72541 2. 22.0506 friction of u1 =0.2 between the blocks. Both pulleys are massless and frictionless. The string is also massless. Note the axle of the upper pulley is free to move so it will accelerate to the left as the 6.4 kg block accelerates to the right. Think carefully about the magnitude of that axle's acceleration. The axle of the lower pulley is fixed at the position shown. The table has a coefficient of friction of 3. 49.393639 O 4. 56.648308 5. 39.322021 O 6. 31.94706 O 7, 42.29855 H2 =0.19. The acceleration of gravity is 9.8 m/s 8. 48.740013 O 9. 32.937958 3.43 kg F O 10. 34.211868 6.4 kg 12 Find the force F required to accelerate the 6.4 kg block at 1.7 m/s. (Hint: How many frictional forces are on the 6.4 kg block?) Answer in units of N.