Find the reactions at the supports. Write the magnitude of the force at the roller here (in kN). A positive number indicates an upward force 500 kN·m and negative number indicates a downward force. 4-151 6 kN/m 4.5 m 7.5 m 15 kN
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- i need the answer quicklyQ1/From the figure below, determine the magnitude and direction of resultant forces and resultant moments at point A. Draw the free body diagram and also determine the magnitude of reaction force at pin A and normal reaction force at roller B. 2 kN/m D 3 m O 6 kN • m B E -1.5 m 1.5 m 3 4 5 5 kNi need the answer quickly
- Plz solve allThe line of action of the 3110-lb force runs through the points A and B as shown in the figure. Determine the x and y scalar components of F. A (-7, -2) Answers: Fx- Fy- y, m B (8,4) F = 3110 lb -x, m lb lbFind the magnitude and direction of the resultant force for the system of forces shown in the figure. Where F, -30 N, F2 =5N, F3 =30 N, F4 30N, Fs = 30N & F6 - 70N. The angles e, =15, e; =35, 04 = 20°, e, = 25• (Enter only the values in the boxes by referring the units given in bracket) F2 F6 Fs (1) The horizontal component EH of the given system is (unit is in N) (2) The vertical component EV of the given system is (unit is in N) = (3) The resultant of the given force system is (unit in N) = (4) The direction of Resultant is (in") =
- Replace the concurrent cable forces acting on the plate shown by a single resultant force R. Also, findthe coordinates of the point where R intersects the plate. Express R in rectangular form.Consider a bracket subjected to a 1400 N load and a 800 Nload, as depicted in the accompanying figure. Find the value ofthe angle θ between the forces such that the resultant R has amagnitude of 2000 N. Furthermore, find the angle β between Rand the 1400 N loadי וו, ו> E 11;EV I 2 T3- 3D For.. T3 3D - Force Syste Q8 The 180-lb force is applied at point A of the bracket. Determine the moments of this force about point B, about point C, and about the line BC. Ans. Mc= -2840k Ib.in MBc =2540 Ib.in 6" 13" 180 lb 145 09 15" 12 II
- 200 lb 390 lb 5. The block in the figure has a weight of 400 lb and an applied force of 600 lb to the right. There is also a pressure P exerted by the incline plane. If the direction of the resultant, R, is parallel to the incline, determine the magnitudes P and R. W = 400 lb # F 600 lbFind the internal force systems acting on sections 1 and 2.Find the magnitude and direction of the resultant force for the system of forces shown in the figure, Where F. =30 N, F2 =35N, F,=20 N, F4 =15N, Fs= 50N & F =10N. The angles e2 =25°, 0g =25° , 04 = 40°, 0, = 45 ° F2 F3 F4 F1 AF6 Fs (1) The horizontal component 2H of the given system (unit is in N) = - (2) The Vertical component V of the given system (unit is in N) =- (3) The resultant of the given force system is (unit in N) = . (4) The direction of Resultant is (degrees) =_