Question 1. 3 F3 www F4 The figure shows a one-dimensional assembly of springs subjected to...

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Question 1. 3 F3 www F4 The figure shows a one-dimensional assembly of springs subjected to forces F3 at node 3 and F at node 4. Nodes 1, 2, 5 and 6 are fixed. Given the forces F3-6 kN and F = -7 kN, the stiffness constants k = 140, k = 150, k3 = 160, k = 310, and ks == 160 (all in kN/m), calculate the displacements at nodes 3 and 4 and d in mm, and the reaction forces R, R and R in N, Enter your answers in the boxes below. The answers are acceptable within a tolerance of 10 N for the forces and 0.1 mm for the displacements. d3: mm (3 marks) ds mm (3 marks) : N (1 marks) R: N (1 marks) R: N (1 marks) R6: N (1 marks) Question 1. 3 F3 www F4 The figure shows a one-dimensional assembly of springs subjected to forces F3 at node 3 and F at node 4. Nodes 1, 2, 5 and 6 are fixed. Given the forces F3-6 kN and F = -7 kN, the stiffness constants k = 140, k = 150, k3 = 160, k = 310, and ks == 160 (all in kN/m), calculate the displacements at nodes 3 and 4 and d in mm, and the reaction forces R, R and R in N, Enter your answers in the boxes below. The answers are acceptable within a tolerance of 10 N for the forces and 0.1 mm for the displacements. d3: mm (3 marks) ds mm (3 marks) : N (1 marks) R: N (1 marks) R: N (1 marks) R6: N (1 marks)