2.20 Determine the moment of the 1,300# force applied at truss joint D about points B and C. Use Varignon's theorem. 12 For Problem 2.20, Change 1,300# to 1,200#
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- I need the answer as soon as possibleShow the complete solution. Please make sure that your handwritten is readable. Thank you.Consider the system of force shown in figure below. (a) Find the moment of force by each force about Point O. (b) Determine the equivalent moment of force about point A of the system of forces. 141.4 lb ... 1' 361 lb 224 b
- I need the answer as soon as possibleHomework #5 Q1:- For the two force systems shown below, find the following: 1. The resultant force and its directions. 2. The resultant moment about the origin. 3. The resultant moment with respect to line OA shown below. 2 ft 2 ft F = 500 Ib A. F = 700 4 ft 2 ft F, = 800 Ib A, 8 in. 15 in. 8 in. F1 = 1@ kip 15 in. F2 = 20 kip 5 in. F = 25 kip Reply...Determine the moment of force at A about point O. Express the result as a cartesian vector.
- (The complete question is in the picture) A flywheel with a radius of 0.750 [m] initially at rest is spun with an angular acceleration of 0.520 [rad/s2]. When the flywheel has traveled an angle of 225◦, what is the radial acceleration at the edge of the flywheel? A. 1.50 [m/s2]B. 3.06 [m/s2]C. 11.0 [m/s2]D. 180 [m/s2]Please answer it within 30 minutes.I will upvote! What is the torque, calculated about the origin? Express your answer using two significant figures.Problem 3 The pictured homogeneous circular disk of mass m and radius r is supported without friction by the pivot at point A. The circular disk moves under the influence of gravity and is released at time t = 0 from the position e, with initial angular velocity o- Given: m; r; 4o ; 9o ; g; (Initial conditions: (t = 0) = Po , $(t = 0) = 90) Find: Determine, 1. the differential equation of the motion with d'Alembert's principle, 2. the eigenfrequency w as well as the function P(t) under the assumption that the angle p is small.