t = rF sin 0 = r_F = rF_,Equilibrium: Tnet = 0, Fnet,x = 0, Fnet.y = 0Problems 1, 2, and 3 refer to the following figure and situation. A uniform beam of massm = 19.4 kg and length L = 4 mis pivoted on the left end by a hinge. On the right end amass M = 30.6 kg hangs from the beam and the beam is supported by a cable that provides atension T and that makes an angle 0 = 36.9°. The system is in equilibrium.P NxProblem 1:What is the tension of the cable, T?a. 95.0 Nb. 371.4 NTmgӨMgMc. 526.0 NProblem 2:What is the horizontal component of the normal force from the hinge, N₂?a. 95.0 Nb. 371.4 Nc. 526.0 NProblem 3:What is the vertical component of the normal force from the hinge, Ny?a. 95.0 Nb. 371.4 Nc. 526.0 Nd. 657.8 Nd. 657.8 Nd. 657.8 N

Answered: Image /qna-images/answer/4518988a-555d-4c27-95f1-e04981771c9d.jpg

Problems 1, 2, and 3 refer to the following figure and situation. A uniform beam of mass m = 19.4 kg and length L = 4 m is pivoted on the left end by a hinge. On the right end a mass M = 30.6 kg hangs from the beam and the beam is supported by a cable that provides a tension T and that makes an angle = 36.9°. The system is in equilibrium. Ny P Nx Problem 1: What is the tension of the cable, T? a. 95.0 N b. 371.4 N mg 0 Mg M c. 526.0 N Problem 2: What is the horizontal component of the normal force from the hinge, Nx? a. 95.0 N b. 371.4 N c. 526.0 N Problem 3: What is the vertical component of the normal force from the hinge, Ny? a. 95.0 N b. 371.4 N C. 526.0 N d. 657.8 N d. 657.8 N d. 657.8 N

Problems 1, 2, and 3 refer to the following figure and situation. A uniform beam of mass m = 19.4 kg and length L = 4 m is pivoted on the left end by a hinge. On the right end a mass M = 30.6 kg hangs from the beam and the beam is supported by a cable that provides a tension T and that makes an angle = 36.9°. The system is in equilibrium. Ny P Nx Problem 1: What is the tension of the cable, T? a. 95.0 N b. 371.4 N mg 0 Mg M c. 526.0 N Problem 2: What is the horizontal component of the normal force from the hinge, Nx? a. 95.0 N b. 371.4 N c. 526.0 N Problem 3: What is the vertical component of the normal force from the hinge, Ny? a. 95.0 N b. 371.4 N C. 526.0 N d. 657.8 N d. 657.8 N d. 657.8 N

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter10: Fixed-axis Rotation

Section: Chapter Questions

Problem 19CQ: What three factors affect the torque created by a force relative to a specific pivot point?

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