Analogy between Electrical and Mechanical Quantities | Part 2

[@kayakMike1000]

In voltage, yes ... But inductors are kinda like springs too.

[@Iit-m1w]

Who were came here by Shikhar

[@simphy314]

Don't stay for too long! :P

[@Iit-m1w]

I wanted to know that who are you because you are using simphy and that was made by Mahesh kurmi sir who were a co-founder of Shikhar coaching

[@AK-vx4dy]

Are you sure about half of energy changed to heat? It seems enormous

[@simphy314]

For RC circuit conected to DC battery, heat released is half the work done by battery (provided capacitor is initially uncharged).

[@AK-vx4dy]

@simphy314 I see the equation but my brain can comprehend this 🤯

[@TekCroach]

@@simphy314 It is still a riddle. For lack of a real reason, we seem to attribute the lost energy to heat.

[@simphy314]

@@TekCroach For mathematical reasons, you will have to solve for RC circuit and you will find that energy lost is independent of R. For an intuitive idea, we may assume that electrons accelerated by battery when collide/deposit on metal plate, lose some of their Kinetic Energy. If there were resistor, the loss would have occured at resistor itself.

[@TekCroach]

@@simphy314 however, you can’t mathematically prove it. When you try to solve it mathematically, you’re left with an impossible answer. Then we kind of hypothesize one half is lost for something. It’s like the uncertainty principle in quantum physics. Haha.

[@mobilephil244]

Interesting and a good presentation - but can you please correct the AI script reader to include the INDEFINITE ARTICLES we have in ENGLISH: "a", "an", "the" etc. etc. etc. The voice sounds like a foreign scam-caller on the phone whos first language is obviously not English.

[@simphy314]

Hahaha, That's what we get for using free tools, but yeah we'll improve the quality in the upcoming videos.