Answer question five and six 6. Find the magnitude of the R exerted on the beam by the wall if the beam is in equilibrium

. The angular velocity of the boy is can- 005 (part 1 of 2) 10.0 points Iled with that of the board. A uniform 6.28 m long horizontal beam that 3. The weight of the boy is balanced with an weighs 494 N is attached to a wall by a pin known heavy metal connection that allows the beam to rotate. It 4. The fulcrum is very far from the boy. far end is supported by a cable that makes an angle of 59" with the horizontal, and a 328 N arizpe (ca35873) - Static Equilibrium - lara = (22222) person is standing 2.45 m from the pin. R FI - 2.45 m 328 N 494 N 399 6.28 m 3813 N Find the force Fr in the cable by assuming 519 that the origin of our coordinate system is at the rod's center of mass. Find the force Fr applied by the supporting cable