what will happen when a light bulb is removed from the circuit below?\na the other two light bulbs will get…

Brief Explanations:

In a parallel - connected circuit (as the bulbs seem to be connected in the given diagram), each bulb has its own separate path for current flow. When one bulb is removed, the voltage across the remaining bulbs remains the same and the current through them also remains the same. So, they will continue to operate as before and not get brighter, dim, go out or break. But if it were a series - connected circuit, removing a bulb would break the circuit and all bulbs would go out. Since the bulbs here are in parallel, the removal of one bulb has no effect on the others in terms of brightness, going out or breaking.

Answer:

None of the above options are correct as the other two bulbs will remain as they were (assuming parallel connection). If we assume the closest correct behavior among the given options for a parallel - connected circuit situation, the answer is that the other two bulbs will not be affected in terms of brightness, going out or breaking. But if we have to choose from the given options and assume some mis - understanding of the circuit type in the question setter's mind, in a series circuit (wrongly assumed here perhaps), when one bulb is removed, the circuit is broken and the other two bulbs will go out. So, if we have to pick from the given options, C. The other two light bulbs will go out.