4) Calculate the work done on the sled by friction during this displacement of thesled.A) OJB) 735.75 JC) -735.75 JD) 1030.05 JE) -1030.05 JF) 1275 JG) -1275 JPrinted by Wolfram Mathematica Student EditionP04.01.nb 3H) 7357.5 J1) -7357.5 J5) Calculate the net work done on the sled by adding together the work done byeach of the four external forces that act. Report in standard units, but do notinclude the unit in the answer field.6) Calculate the magnitude of the net force acting on the sled. Report in standardunits.7) Calculate the net work done on the sled by calculating the work done by thenet force acting on the sled. Report in standard units, but do not include the unitin the answer field. All questions on this assessment use the same scenario as the lab immediately preceding it: A team ofsled dogs pull a 50.00 kg dogsled via the tension (magnitude 85.0 N) in a horizontal cord that connectsthe dogs to the sled. The force of friction between the waxed wood of the sled's skis and the wet snowacts in the direction opposite to the sled's displacement, which has a magnitude of 15.00 m.The FBD for the sled is given for you below, so we're all understanding the scenario the same way.1) Calculate the work done on the sled by the tension during this displacement ofthe sled.A) OJB) 735.75 JC) -735.75 JD) 1030.05 JE) -1030.05 JF) 1275 JG) -1275 JH) 7357.5 JI) -7357.5 J11410

Name: 4) Calculate the work done on the sled by friction during this displa
Uploaded: 2024-03-20T06:57:25.000Z
Channel: Bartleby
Description: 4) Calculate the work done on the sled by friction during this displacement of thesled.A) OJB) 735.75 JC) -735.75 JD) 1030.05 JE) -1030.05 JF) 1275 JG) -1275 JPrinted by Wolfram Mathematica Student EditionP04.01.nb 3H) 7357.5 J1) -7357.5 J5) Calcula

as per our guidelines we are supposed to answer only one question. Kindly repost other question as…

Answered: 1) Calculate the work done on the sled…

Science

Physics

1) Calculate the work done on the sled by the tension during this displacement of the sled. A) OJ B) 735.75J C) -735.75 J D) 1030.05 J E) -1030.05 J F) 1275 J G) -1275 J H) 7357.5 J I) -7357.5J

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

Which of these is an example of no work being done? a. a child pushes a toy car across a flat table b. a ball is dropped from a height of 1.00 m to the floor c. a car has the force of its brakes applied to the left while moving to the right d. a weightlifter holds 500 pounds above his head and does not move e. all of these
5) A brick is moving on a rough level surface. It has 24 J of kinetic energy, and the friction force on it is a constant 0.50 N. What is the maximum distance it can slide? A) 24 m B) 2.0 m C) 48 m D) 12 m 6) The kinetic friction force that a horizontal surface exerts on a 60.0-kg object is 50.0 N. If the initial speed of the object is
12. Which of the following statements represent example of situation showing work? a. A child applies a force to a wall and become tired. b. A pen falls off the table and free-falls to the ground. c. A rocket stays at rest. d. None of these.
Suppose the coefficient of kinetic friction between a loaded 47.0 kg Eskimo pulled a sled and snow is 0,18. The force by the Eskimo is 150N and is acted at an angle of 25 degrees with the horizontal. The Eskimo pulled the sled to move by a distance of 9.4m a) draw a free body diagram for the sled b) find the work done by each of the forces you drew c) find the net work
3. A 10-N force is applied to push a block across a frictional surface at constant speed for a displacement of S.0 m to the right. The picture shows details about force of friction, normal force and gravitational force that act on the block. Totał work done in this situation is A. 50) norm 20 N C.- 50 J 8. 100 J D. OJ =10 N frict =20 N
7. A student pushes a laptop cart down the hallway by applying 20 Newtons force. The student pushes it 10 meters and then stops at the water fountain with the cart and haves a sip of water. While he drinks from the water fountain, what type of work is being done to the laptop cart. A) Positive Work B) Negative Work C) Zero Work D) Not enough information to determine.
A 1000 kg car moves with a speed of 20 m/s. Suddenly the driver slows to 7 m/s, what is the work done on the car by the net force during this motion (in J)? a. -175500 b. -150000 C. 112500 d. 250000
3. A student drags a 3 kg box 5 m across a rough floor with a force of 40 N. A frictional force of 10 N resists the motion of the box. A) Calculate the work done by the student. B) Calculate the work done by friction. C) Determine the net work done on the box. D) If the box started from rest, how fast is it going at it approaches 5 m? has a yelocity of 8
Q1]: The man push with a force of 100 N. The child and sled combo has a mass of 25 kg and the coefficient of kinetic friction is 0.17.What is the net work Done after sliding 3m ? 0-87
7. A body of mass 40 Kg covers a distance of 50 m in 5s starting from rest under the influence of a force. What is the work done by the force on the body? a) 8000 J b) -8000 J c) 20000 J d) 800 J
8). How much work can a 50.0 kg wrecking ball traveling at 5.00 m/s do o the building it strikes? A). 250 J B). 625 J C). 1250 J D). 2500 J
A sports car accelerates from zero to 20 mph In 0.5 s. How long does it take for it to accelerate from zero to 60 mph, assuming the power of the engine to be independent of velocity and neglecting friction? A) 2 s B) 3s C) 4.5 s D) 6 s E) 9 s