6-60* The coal wagon shown in Fig. P6-60 is used to haul coal from a mine. If the mass of the coal and wagon is 2000 kg, determine the force P required to move the wagon at a constant velocity and the forces exerted on the front and rear wheels by the inclined surface. 2 m -2 m
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- Find the minimum force P required for impending motion of the block up the inclined surface, given: Mblock = 65 kg, θ = 52 °, μ = 0.4A bucket which has a mass of 910g when empty and contains 3 litres of water is swung round in a vertical circle at 40r/min. If the cg of the bucket plus water is 1.05m from person's shoulder, determine the force on each of the two pins securing the handle of a bucket when a bucket is at top of the circleThe crate, which has a mass of 140 kg, is subjected to the action of the three forces shown in the figure. If it is originally at rest, determine the friction force when Py =750 N, P, =900 N, P;=500Nand 6 = 259 Assume the coefficient of kinetic friction between the crate and the surface is pi = 0.40.
- A man pushes the lawn mower at a steady speed with aforce P that is parallel to the incline. The mass of themower with attached grass bag is 50 kg with mass centerat G. If θ = 15°, determine the normal forces NB and NCunder each pair of wheels B and C. Neglect friction. (useg = 9.81 m/s2)NB =NC =A man pushes the lawn mower at a steady speed with aforce P that is parallel to the incline. The mass of themower with attached grass bag is 50 kg with mass centerat G. If = 15°, determine the normal forces NB and NCunder each pair of wheels B and C. Neglect friction. (useg = 9.81 m/s2)Body U with mass 5m is stacked on the top body W withmass m, and released. The bodies are in contact along thefrictionless interface at 45 to the vertical. The body U isin contact with the frictionless vertical wall. Body W lieson the floor with coefficient of friction u. Relevantdimensions are shown in the figure. Express the results interms of given quantities: m, g, h and u. 1) Let u = 1/5. After separation from W, U continues to fall. Find velocity v1of U when it impacts the ground. 2) Let u = 1/5. After separation from U, W keeps sliding. How far will it get?Specifically, what is the final distance between the point D of W and the vertical wall?
- The 3600-lb car with rear wheel drive is attempting to push the 4500-lb crate. The center of gravity of the car is at G, and the coefficients of static friction are 0.6 at B and 0.2 at C. Determine if the crate will slide. (The car pulling the crate is analyzed in Prob. 7.19.)The cylinder having a diameter 2.5 ft weighs 57 lb and is 6 ft long. Determine the reaction (lb.) at A neglecting friction. Determine the reaction at B (lb.) neglecting friction. Weight density of water is 62.4 lb/ft3 Sp.gr Gs = 1.6The sports car, having a mass of 1700 kg, travels horizontally along a 20° banked track which is circular and has a radius of curvature of p = 100 m. Determine the normal force of the car in Newton.
- I need to draw a free body diagram and the solution M kg=406Packaging for apples is tested using a machine that exerts accelaration components ay = 10 m/s2 and ax = 5 m/s2, simultaneously. Select the correct FBD and kinetic diagram for this condition. A. B. C. D.The truck from Part I is pulling a Cylindrical steel water tank partially filled with water, the truck is pulling the water tank in a translational motion with a force of 12 KN, and has a mass of 2100kg, the pavement has a coefficient of friction of 0.30 and the tank has a unit weight of 9 KN/m3 while the water has a specific gravity of 1.05, Determine the level of the water in the water tank. (Hence use the acceleration(a)from Part I)