The given scenario involves a 5k ohms load being fed from a bridges rectifier connected across a transformation secondary whose primary is connected to a 460v, 50hz supply. Let us understand this scenario step by step.


A bridges rectifier is an electronic component that converts AC (alternating current) to DC (direct current). In this scenario, the bridges rectifier is used to convert the AC voltage from the transformer secondary to DC voltage, which is required to power the 5k ohms load.


The transformation secondary is a part of a transformer that receives input voltage from the primary coil and delivers output voltage to the load. In this scenario, the primary coil is connected to a 460v, 50hz supply, and the secondary coil is connected to the bridges rectifier, which then delivers DC voltage to the load.


The 5k ohms load is the component that requires power to operate. In this scenario, the DC voltage delivered by the bridges rectifier is used to power the 5k ohms load. The load is connected in parallel to the bridges rectifier.


In conclusion, the given scenario involves the use of a bridges rectifier to convert AC voltage to DC voltage, a transformation secondary to deliver voltage to the load, and a 5k ohms load that requires power to operate.