Final answer:
The support system consists of a pinned joint on the left, a vertical steel rod, and a stiff rubber bumper, which in combination, support the rigid beam in static equilibrium. The configuration of the support system for the rigid beam is 1) Pinned joint on the left, vertical steel rod, stiff rubber bumper.
Step-by-step explanation:
The configuration of the support system for a rigid beam, which is supported by a pinned joint on the left, as well as a vertical steel rod and a stiff rubber bumper, is best described by option 1: Pinned joint on the left, vertical steel rod, stiff rubber bumper. In physics, when analyzing the static equilibrium of structures, the types of supports and connections are crucial. A pinned joint can support forces in two directions but not a moment, the vertical steel rod acts as a linear support that can handle tensile and compressive forces, and the stiff rubber bumper can absorb shocks and provide additional support against vertical loads.
The configuration of the support system for the rigid beam is 1) Pinned joint on the left, vertical steel rod, stiff rubber bumper. The pinned joint on the left provides a pivot point for the beam to rotate, the vertical steel rod provides vertical support to prevent the beam from collapsing, and the stiff rubber bumper provides additional stability and absorbs any shocks or vibrations.