We need at least 10 more requests to produce the answer.
0 / 10 have requested this problem solution
The more requests, the faster the answer.
Question 24 4 pts ARALAR A person is pulling a freight cart with a force of...
Three people are playing tug of war but they are not moving. Person 1 is pulling with 100 pounds of force from a 35 degree angle relative to the X-axis in the positive difection, person 2 is pulling with 200 pounds of force relative at a 22 degree angle to the Y-axis in the negative direction for both X and Y. How much force is the 3rd person pulling with (in Newtons), and in what direction to create this scenario?
Question 4 (force vectors) Two people are pulling on a crate through two ropes. Person A is on the left pulling toward the left with a force of 50 N at 45° and person B is on the right pulling toward the right at an angle of 30%. Here is what the situation looks like from above. The resulting acceleration of the crate is at 0°. acceleration direction person B F@30% person A , 50 N 45o (30% 45°! crate...
Question 4 (force vectors) Two people are pulling on a crate through two ropes. Person A is on the left pulling toward the left with a force of 50 N at 45° and person B is on the right pulling toward the right at an angle of 30°. Here is what the situation looks like from above. The resulting acceleration of the crate is at 0°. acceleration direction person B F 30° person A 50 N 45° 130% 45% crate...
A cart for hauling ore out of a gold mine has a mass of 429 kg , including its load. The cart runs along a straight stretch of track that climbs a shallow 4.63∘ incline. A donkey, which is trudging along and to the side of the track, has the unenviable job of pulling the cart up the slope with a 431 N force for a distance of 131 m by means of a rope that is parallel to the...
Question 22 of 22 > Track ... Rope . A cart for hauling ore out of a gold mine has a mass of 445 kg, including its load. The cart runs along a straight stretch of track that climbs a shallow 4.55° incline. A donkey, which is trudging along and to the side of the track, has the unenviable job of pulling the cart up the slope with a 444 N force for a distance of 201 m by means...
4. (35pts) A person is pulling a weight as shown below. His shoulder joint is not moving, but his elbow joint is free to rotate. The force vector makes an angle a with the vertical line, as shown below. L1 = 40cm L2 = 30cm F=20N α = 30° L1 し2 a) (10pts) Find the moment at elbow (ME) produced by F as a function of 9 (b) ( 10pts) Find the forearm angle θ that minimize the magnitude of...
answer all 5 questions
12:09 in Cap . In-call volume Question 1 20 pts A flight attendant pulls her 2 kg flight bag a distance of 81 m along a level airport floor at a constant velocity. The force she exerts is 66 N at an angle of 60 degrees above the horizontal. Find the work she does on the flight bag. Please report the answer to the nearest whole number. Please do not include units or the answer will...
A sled is pulled by a person over the snow at a constant speed. There is a tension of 80.0 N in the rope and the rope makes an angle of 25 degrees with respect to the ground. the sled is pulled a distance of 15.0 m. a) determine the work done by the person in pulling the sled. b) determine the amount of work done by friction in the problem. Explain your answer. c) determine the force of friction...
A 45 kg cart is pulled along by a rope that applies a 120 N force at 30 degree. How much work is done by the 120 N force as the cart moves 7 m? If the friction force on the cart is 50 N, how much work is done by the friction force? How much work is done by gravity? What is the net work done on the cart? If the initial speed of the cart was 5 m/s,...
1.A shopper pushes a grocery cart 20.0 m at constant speed on level ground, against a 35.0 N frictional force. He pushes in a direction 250 below the horizontal. (a) What is the work done on the cart by friction? (b) What is the work done on the cart by the normal force? (c) What is the work done on the cart by the shopper? (4 pts) 2 Calculate the kinetic energies of (a) a 2000.0-kg automobile moving at 100.0...