A 1100 kgkg steel beam is supported by the two ropes shown in (Figure 1). Calculate the tension in the rope.

A uniform beam of length L and mass mB is supported by two pillars located L/3 from either end, as shown in the figure. A duck of mass mD stands on one end. A scale is placed under each pillar. The entire system is in equilibrium.  1.) Enter an expression in terms of defined quantities and g, for the force under scale that the right pillar shows. 2.) Enter an expression in terms of defined quantities and g, for the force under scale that the Left pillar shows. 3.) Enter an expression in terms of defined quantities and g, for the sum of the scale readings.

Please answer the question in the picture below. Thank you so much for your help!!

In the figure below the system is in equilibrium. (a) What is the maximum value that Fw can have if the friction force on the 40-N block cannot exceed 12 N? (b) What is the coefficient of static friction between the block and the table top? 40 N Fw 30°

PRO BLEM 2: A TRICKY STRUT An orange strut of length l is connected to a wall via a pi vot at the bottom. An additional (blue rope) also connec ts the strut to the wall attached at an angle 01. A load of weight W is hanging from the strut; the load makes an angle 02 with the strut as shown in the diagram. In order to stabilize the system, and additional force needs to be applied. That force, which is labeled C in the diagram, makes an angle p with respect to the strut as shown. What is o?

A uniform 36.0-kg beam of length ℓ = 4.20 m is supported by a vertical rope located d = 1.20 m from its left end as in the figure below. The right end of the beam is supported by a vertical column. Answer parts a-b.

A 12 000-N shark is supported by a rope attached to a 4.60-m rod that can pivot at the base. (a) Calculate the tension in the cable between the rod and the wall, assuming the cable is holding the system in the position shown in the figure. (Give you answer to three significant digits.) b) Find the horizontal force exerted on the base of the rod magnitude ------- N c) Find the vertical force exerted on the base of the rod. Ignore the weight of the rod. magnitude ------ N