calculate the force under the light roller B of the 17.4-kg slender bar AB.
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- Draw the FBD for the bar described in Prob. 5.1 if the bar is homogeneous of mass 50 kg. Count the unknowns.Calculate the horizontal force P required to push the 85-lb lawn mower at constant speed. The center of gravity of the mower is at G, and the coefficients of rolling resistance are 0.12 for the front wheels and 0.18 for the rear wheels.Solve Prob. 7.10 assuming that the pick-up truck has front-wheel drive.
- The 40-lb spool is suspended from the hanger GA and rests against a vertical wall. The center of gravity of the spool is at G and the weight of the hanger is negligible. The wire wound around the hub of the spool is extracted by pulling its end with the force P. If the coefficient of static friction between the spool and the wall is 0.25, determine the smallest P that will extract the wire.Determine the largest angle for which the homogeneous block remains at rest.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 =
- The crank AB rotates in the vertical plane with a constant clockwise angular velocity w0 . For the position shown calculate the force under the light roller C of the 10-kg slender bar BC w0=4.2 rad/s. Solve correctly please.Consider the system of two blocks. Thereis no friction between block A and the tabletop. The mass of block B is5.00 kg. The pulley rotates about a frictionless axle, and the light ropedoesn’t slip on the pulley surface. The pulley has radius 0.200 m andmoment of inertia 1.30 kg . m2. If the pulley is rotating with an angularspeed of 8.00 rad/s after the block has descended 1.20 m, what is themass of block A?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)
- The mine car and its contents have a total mass of 7.1 Mg and a center of gravity at G . If the coefficient of static friction between the wheels and the tracks is μs = 0.34 when the wheels are locked, find the following: 1 The normal force acting on the front wheels at B is _______ when the brakes at both A and B are locked. 2 The normal force acting on the rear wheels at A is ________when the brakes at both A and B are locked. 3 The friction force acting on the front wheels at B is ________ when the brakes at both A and B are locked. 4 The friction force acting on the rear wheels at A is _________ when the brakes at both A and B are locked. 5 With the given information above, does the car move? Answer with Yes or No only. Blank 5The mine car and its contents have a total mass of 7.1 Mg and a center of gravity at G . If the coefficient of static friction between the wheels and the tracks is μs = 0.34 when the wheels are locked, find the following: 1 The normal force acting on the front wheels at B is Blank 1 kN when the brakes at both A and B are locked. 2 The normal force acting on the rear wheels at A is Blank 2 kN when the brakes at both A and B are locked. 3 The friction force acting on the front wheels at B is Blank 3 kN when the brakes at both A and B are locked. 4 The friction force acting on the rear wheels at A is Blank 4 kN when the brakes at both A and B are locked. 5 With the given information above, does the car move? Answer with Yes or No only. Blank 5A demonstration gyroscope wheel is constructed by removingthe tire from a bicycle wheel 0.650 m in diameter, wrapping leadwire around the rim, and taping it in place. The shaft projects 0.200 mat each side of the wheel, and a woman holds the ends of the shaft inher hands. The mass of the system is 8.00 kg; its entire mass may be assumedto be located at its rim. The shaft is horizontal, and the wheel isspinning about the shaft at 5.00 rev/s. Find the magnitude and directionof the force each hand exerts on the shaft (a) when the shaft is at rest;(b) when the shaft is rotating in a horizontal plane about its center at0.050 rev/s; (c) when the shaft is rotating in a horizontal plane about itscenter at 0.300 rev/s. (d) At what rate must the shaft rotate in order thatit may be supported at one end only?