Figure 2b *Q3. [16+16 = 32 points) Two linear springs are connected in parallel as shown below in Figure 3a. The spring

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Figure 2b Q3 16 16 32 Points Two Linear Springs Are Connected In Parallel As Shown Below In Figure 3a The Spring 1 (126.51 KiB) Viewed 73 times

Figure 2b *Q3. [16+16 = 32 points) Two linear springs are connected in parallel as shown below in Figure 3a. The spring constant of spring 1 (kı) is 500 N/m. The spring constant of spring 2 (kq) is unknown. When a force F = 200 N is applied to this spring system, an overall elongation of 25 cm from equilibrium position is observed. (a) Determine the unknown spring constant k2. (b) If the springs are connected in series (as shown in Figure 3b), how much force will be required to achieve the same overall elongation of 25 cm from the equilibrium position? Equilibraun Equilibrium ki position position soonlu ki kz F 200N - Mawy soonu 3000m 25 cm 25 cm Figure 3a Figure 3b