Lenz's Law

[@andrewjustin256]

In spite of learning it before, you still made it as clear as day for me about what is to be done when the flux is ebbing and flowing. Thank you!! And Mr. P, I have a suggestion that you make videos describing the phenomenons we seen on KZbin that when a magnet is thrown into a metal tube, its velocity slows down due to Lenz's law. That would be phenomenal!!

[@FlippingPhysics]

That video is on the list. But the list is very long. And grows faster than I can make videos...

[@MongoosePreservationSociety]

Always here for the jingle ❤

[@solarroller09]

Right in our faces A magnet is the dielectric field portal 😃 With currents normal to the force😊

[@monaelyakoubi1731]

at 6:45 , why is the magnetic field induced into the screen? I thought that the induced magnetic field goes opposite to original magnetic filed when the original magnetic field is increasing, and along when it is decreasing.

[@TravisLi-xo9vz]

@FlippingPhysics I my textbook, I saw that the induced EMF is calculated by the equation (induced voltage) = -N*(change in flux)/(change in time), and they put a footnotee saying the calculus version is (induced voltage) = -N*(d flux)/(d time). However, your calculus equation is only -(d flux)/(d time), so I was wondering where the N went...

[@FlippingPhysics]

N is the number of loops. The equation I used is for one loop, where N = 1.

[@mj47_dreamer]

Love this channel!!! 😂❤ lovely intro

[@FlippingPhysics]

Welcome to my channel and thank you!!