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    $\begingroup$ So basically for 2 linked differentials to not have a "unbounded exponential growth" they must have a relation similar to "an increase in 1st should induce a decrease in the 2nd" (obviously the above statement is written in the simplest form and sense). So by thinking i realised that when we have a increasing magnetic flux or field this field reduces the electric filed in the region but since at t=0 electric field is '0' thus magnetic field reduces the field below 0 thus creating a electric field.(this is what people mean when they say magnetic field creates E field but actually the B field... $\endgroup$
    – SHINU_MADE
    Commented Mar 29 at 6:17
  • $\begingroup$ just wanted to reduce E... lol is it really how it works? $\endgroup$
    – SHINU_MADE
    Commented Mar 29 at 6:18
  • $\begingroup$ @AmitRai This answer is not relevant for this question, which is about the Maxwell-Faraday law of induction. The answer is nevertheless relevant to the Maxwell-Ampère law. $\endgroup$
    – my2cts
    Commented Mar 29 at 22:00