Flux and Faraday’s law [IB Physics HL]

We're so excited to be able to share our exams with you!

Cheers, Mitch

[abhimanyugupta]

you are a lifesaver @OSC !! idk how much i would have suffered in physics if i had not found you earlier; you're the best ib physics tutor in my opinion

[tanishamittal]

I cannot thank you enough for your videos. I don't know what I would've done without these videos. Seriously, you are the best teacher ever period! 😃

[bruh-esog]

full syllabus mug before ib exams tmr. youre so fkn good! regret not finding you ealier

[theterminator]

thanks so much for your help sir idk how else we would have prepared for exam next week

[jennyzhang]

Hi sir, hope this is not a stupid question: what is the difference between magnetic flux and magnetic flux linkage? Thank you!

[loveletterrss]

you are so nice to listen to. thank you for making these!!!

[Joseph-couh]

much better than my physics teacher who teaches nothing

[rayanjansepar]

Do you cover all HL Physics topics in this channel?

[Wolf-lblz]

Hello sir,
Hope you are having a good day.
My understanding of mag flux vs flux linkage is that mag flux is like the total mag field and flux linkage are the field lines that go through the number of coils. So if the mag field changes, there are more/less of the lines passing through the coils. Is this a valid way to think about flux vs linkage?
Also, if a magnet were to move forward and induce (for example) a positive on that side of the coil, does this mean that when it's taken away it induces a negative on that same side of the coil?

Just wanted to say that your videos help out a lot. I've been using them in parallel with my own revision and you explain things super clearly (like the chocolate analogy for p.d. really helped).

[rehanadatia]

There there is a mathematical error in the equation being solved. The induced emf is 0.6 volts.