Why do induced currents oppose the change in magnetic flux that causes them? what conservation law of physics would be broken if the induced current flowed in the opposite direction?.

Lenz's law is based upon the law of conservation of energy. Lenz law states that the induced current always tends to oppose the cause which produce it. So in order to do work against opposing force we have to put extra effort. This extra work leads to periodic change in magnetic flux hence more current is induced.According to Lenz's law, an induced electric current will flow in the opposite direction of the change that caused it. This is a statement made about electromagnetism. This rule can be used to calculate the direction and strength of induced current caused by changes in magnetic flux in the coil. According to Lenz's law, the electric current must travel in a direction that opposes the change that it is causing. This is indicated by the equation's negative sign. Lenz's law states: The current created in a circuit as a result of a change in a magnetic field is directed to counter the change in flux and to exert a mechanical force that opposes the motion. It can be used with induction cookware and electromagnetic braking.Learn more about electric current here:https://brainly.com/app/ask#SPJ4