3.6 The force system acting on the machine part is equivalent to the single force R = 80i + 20j lb acting at O. Determine the force P and the distance b. 200 lb 6 in. 80 lb 30° 3 in. 120 lb Figure P3.6 ------
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- 2. Resolve the horizontal 660lb force as per figure below into components acting along the u and vaxes and determine the magnitude of these components.1.) Find the sum of the vertical forces in pounds if F1 = 30 lb at 60 deg N of W and 50 lb at 40 deg S of E. 2.) Find the resultant force if F1 = 20 N south and F2 = 30 N west.Q3) A lug wrench is used to tighten a square-head bolt. If 50-lb forces are applied to the wrench as shown, determine the magnitude F of the equal forces exerted on the four contact points on the 1-in. bolt head so that their external effect on the bolt is equivalent to that of the two 50-lb forces. Assume that the forces are perpendicular to the flats of the bolt head. 1"- A 50 lb A C View C Detail (clearances exaggerated) 14" 50 lb 14"
- Q2: Replace the 600 lb force of Figure below by a force through A and a couple whose forces act vertically through points B and C. 6" B A 8" 600by F3 F2 30 F1 Q3- Resolve each of the forces F1 = 10 kN, F2 = 18 kN and F3 = 12 kN, into components acting along the x and y directions and determine the following: (a) The magnitude of FR is . kN (b) The direction of FR measured from the x-axis is (degrees) ..........200 400 B 200 N m E D 200 F Dimensions in mm Determine the magnitude of the force (in N) of the x-component of the internal pin at D.
- Determine the resultant force of the forces as shown in figure by (components method the x-horizontal component and y-vertical components) F=3 kN F=2 kN 0=60° 0-30° 0-60° F=3 kN R=3 kN O R=2 kN O R=4 kNQ2:In the design of the lifting hook the action of the applied force F at the critical section of the hook is a direct pull at B and a couple. If the magnitude of the couple is 40 lb-ft, determine the magnitude of FTo detach the lid from a 5-gallon pail, the depicted tool is employed to exert an upward and outward radial force onto the inner bottom rim of the lid. Given that the rim makes contact with the tool at point A and a 20-lb force is exerted on the handle as shown, calculate the force exerted on the rim. FLA WHIT 1.8 in. 14.4 in. A B 3.6 in. $35⁰ 20⁰ 20 lb C
- Q2: Replace the force system with a single force. Locate the force with respect to the point wAnYDeterminethe magnitude (lb) of the horizontal component of force at point C if P = 150.5 lb, x = 13.6 in, y = 6.8 in, and z = 8.3 in.Force F = 4.5i + -3.1j - 5k lies in the line of action AB = -0.4i +0.8j + 2.5k. The force F is applied at point A and is directed towards point B. What is the magnitude of the y-component of the force F? Express your answer in two decimal places.