y 30° 45° 20 kN x 4 kN 8 kN

UF3 80mm 60mm Vaxi's Gomm 40mm i 0= Find the location of the Controid. Show all work. (2). I GO

6 kN A 2KN 2M 2M 2M Solve for the force magnitude and direction in member AB, to the nearest 0.01 kN. 2M twit

The landing gear system of a plane is made of an actuator AC and 2 rods CB and OAB. They are pin connected at O, A, B, and C. 4 The dimensions are OA-240 mm, AB-240 mm, BC-650 mm and theta-20deg. The plane drives at constant velocity on the airport runway. The weight of the plane is 25 kN. C decimal. D OA BC B AB o Find the magnitude of the force in the pin A (magnitude). Give your answer in kN with one

Required information Determine the magnitude and direction of each force. In the figure shown, a=7 in and F= 100 lbf. NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. B F -10 in 10 in- +10 in- What are the values of forces at points A and Bin Ibf? | Ibf RAX RBx RAy RBy Ibf Ibf Ibf

h a 60° 60° --X

The shaft below is subjected to the forces shown. Calculate the magnitude of the bearing forces at B. Enter the answer in Newtons. P 20° A C 100 mm 120 mm 100 N 150 mm 200 N 160 mm D 100 mm B Cours

Determine the Resultant Force, its magnitude and direction of the given co-planar, Space tensile force cables as shown in the diagram below. AB = 100lbs; AC = 80 Ibs & AD= 90 Ibs. Please answer in COMPLETE solution. *3 decimal places all answer.

There is a 1000N force applied on the shaft at point A. What is the normal force at B that results? Point C is meant to be a hinge. The diameter of the shaft from A to C is 25 mm, and the smaller piece of the shaft that applies force at B has a diameter of 19 mm. I dont hink those are needed though.

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