Find the solution of Problem 2.8 using Newton-Raphson method with the starting value of as 90 degrees and =0.001

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w a stress of o; = 55 x 103 psi, when M = 5 lb-in and d = 0.1 in. 2.8. The angular position of the output link (04) of a four-bar linkage corresponding to any specified angular position of the input link (02) can be computed using the Freudenstein's equation [2.6] k cos 04 - k2 cos 02 + k3 = cos(62 64), (E1) where dad a 6 + + d -, k2 = -, and k3 = - (E2) 2ac Chapter 2 Solution of Nonlinear Eque cquations 122 Coupler link Output link Input link (crank) OA acting along the -.- TITI Fixed link (ground) Figure 2.29 Four-bar linkage. a, b, c and d are the link lengths shown in Fig. 2.29. Find the value 0104 following data: 02 = 30, a = 1, b = 2,c = 4, and d = 5. 2.9. The natural frequencies of rodin