A 495 kg uniform beam is suspended by a vertically hanging rope at each end. The beam is tipped at an angle of 25.0 degrees with respect to the horizontal. A 105 kg construction worker stands at the very left end of the beam, as shown in the diagram below A)) Let the system be the worker and the beam. On the diagram, label all of the external forces acting on the system, using arrows.  (b) Find the tension in the rope on the right side of the beam. Give your answer in Newtons. Assume the system is in static equilibrium c) Find the tension in the rope on the left side of the beam. Give your answer in Newtons. Assume the system is in static equilibrium.

Two muscles in the back of the leg pull upward on the Achilles tendon, as shown in the figure below. (These muscles are called the medial and lateral heads of the gastrocnemius muscle.) F₂ = 205 N F₁ = 205 N 26° 26° Find the magnitude (in N) and direction (in degrees counterclockwise from the dotted line) of the total force on the Achilles tendon. XN magnitude direction X counterclockwise from the dotted line 410 25.45 What type of movement could be caused by this force? O This force can raise the heel of the foot. This force can twist the ankle to the left or right. This force can turn the foot to the left or right. This force can lower the heel of the foot.                     Needs Complete typed solution with 100 % accuracy.

An archer must exert a force of 340 N on the bowstring shown in Figure (a) such that the string makes an angle of ? = 30.5° with the vertical. Two diagrams show a bow oriented vertically, with the midpoint of the bowstring pulled to the right. In both diagrams, the top half of the bowstring starts at the top limb and extends down and to the right to the midpoint of the string, and makes an acute angle of ? with the vertical. The bottom half of the string appears to make the same angle with the vertical. In the first diagram, a force arrow points from the midpoint of the string to the right. In the second diagram, the left end of a horizontal spring with spring constant k is attached to the midpoint of the string. The right end of the spring is attached to a vertical wall. (a) Determine the tension in the bowstring. N(b) If the applied force is replaced by a stretched spring as in Figure (b) and the spring is stretched 28.5 cm from its unstretched length, what is the spring constant?…

An archer must exert a force of 360 N on the bowstring shown in Figure (a) such that the string makes an angle of ? = 29.0° with the vertical. Two diagrams show a bow oriented vertically, with the midpoint of the bowstring pulled to the right. In both diagrams, the top half of the bowstring starts at the top limb and extends down and to the right to the midpoint of the string, and makes an acute angle of ? with the vertical. The bottom half of the string appears to make the same angle with the vertical. In the first diagram, a force arrow points from the midpoint of the string to the right. In the second diagram, the left end of a horizontal spring with spring constant k is attached to the midpoint of the string. The right end of the spring is attached to a vertical wall. (a) Determine the tension in the bowstring. N (b) If the applied force is replaced by a stretched spring as in Figure (b) and the spring is stretched 30.5 cm from its unstretched length, what is the spring…