K1 K2 K3 Kt L1 L2 K4 The value of the K1=K2-K3=K4= 1N/m. Kt = 2...

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K1 K2 K3 Kt L1 L2 K4 The value of the K1=K2-K3=K4= 1N/m. Kt = 2 Nm/Rad, L1= 1 m, L2= 2 m. If we replace the K1, K2, K3, and K4 springs with dampers then what will be the equivalent damping coefficient? Consider, K1 replaced with C1, K2 replaced with C2, K3 replaced with C3, and K4 replaced with C4. The value of C1-C2-C3-C4= 1 Ns/m. The length L1 and L2 Remains unchanged. 10.5 Ns/m 8.5 Ns/m 8 Ns/m 7 Ns/m If the Direction of the Theta is changed then it changes the equivalent spring coefficient? True False K1 K2 K3 Kt L1 L2 K4 The value of the K1=K2-K3=K4= 1N/m. Kt = 2 Nm/Rad, L1= 1 m, L2= 2 m. If we replace the K1, K2, K3, and K4 springs with dampers then what will be the equivalent damping coefficient? Consider, K1 replaced with C1, K2 replaced with C2, K3 replaced with C3, and K4 replaced with C4. The value of C1-C2-C3-C4= 1 Ns/m. The length L1 and L2 Remains unchanged. 10.5 Ns/m 8.5 Ns/m 8 Ns/m 7 Ns/m If the Direction of the Theta is changed then it changes the equivalent spring coefficient? True False