Please answer fast L.T140°75pivot/hingeA vertical 200 kg board is held stationary by two lightweight ropes and a pivot/hingeat the base as shown in the figure. String one is attached to the board 8ground, while string two is attached to the board 16 meters above the ground. Thetension in string one is 1000 N.above thea) Draw and label an extended body diagram for all forces producing torque aboutthe pivot. (-b) Draw and label a free body diagram of the forces acting on the boardc) Calculate the magnitude of the tension in rope 2d) Calculate the x component of the normal force of the hinge on the boarde) Calculate the y component of the normal force of the hinge on the boardT2 =?

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T1 40° 75% pivot/hinge A vertical 200 kg board is held stationary by two lightweight ropes and a pivot/hinge at the base as shown in the figure. String one is attached to the board 8 m above the ground, while string two is attached to the board 16 meters above the ground. The tension in string one is 1000 N. a) Draw and label an extended body diagram for all forces producing torque about the pivot. (- b) Draw and label a free body diagram of the forces acting on the board c) Calculate the magnitude of the tension in rope 2: d) Calculate the x component of the normal force of the hinge on the board e) Calculate the y component of the normal force of the hinge on the board T2 =?

T1 40° 75% pivot/hinge A vertical 200 kg board is held stationary by two lightweight ropes and a pivot/hinge at the base as shown in the figure. String one is attached to the board 8 m above the ground, while string two is attached to the board 16 meters above the ground. The tension in string one is 1000 N. a) Draw and label an extended body diagram for all forces producing torque about the pivot. (- b) Draw and label a free body diagram of the forces acting on the board c) Calculate the magnitude of the tension in rope 2: d) Calculate the x component of the normal force of the hinge on the board e) Calculate the y component of the normal force of the hinge on the board T2 =?

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter4: Coplanar Equilibrium Analysis

Section: Chapter Questions

Problem 4.41P: The center of gravity of the 3000-lb car is at G. The car is parked on an incline with the parking...

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