Resistors in Parallel | Physics Equation Derivation

Derive an expression for the equivalent resistance, R, of three resistors connected in parallel.
#physics #shorts #alevelphysics

[@krutarthdave4515]

Superb writing

[@reenasahani2894]

Thank you so much for best explanation yrrr ❤

[@mynameis1365]

?

[@panchashilaphalke422]

Thanks bro

[@mrrelax9399]

Really perfect 🥰

[@yuvrajmaske3434]

Thank you sir/mam i really needed this

[@atrelopian678]

I don’t know what that is but you have nice writing

[@harshwardhansingh6433]

Brian hurty

[@XIStance-xd8nh]

Who’s Brian?

[@nrxtfwd]

This is interesting!

[@bartsomerson2099]

So derivation is the whole reason for Kirchhoff's second law uses the formula 1/Rt = 1/R1 + 1/R2 ? Our tutor didn't introduce us to this and when I asked what background maths I could look into she didn't take the time to point me in this direction so I'm unsure of what the mathematical basis even is for the formula.

[@am4_m037]

i love you man

[@secidonc]

Very nice

[@apoorva_xd]

Plz upload cells in parallel and series

[@statusking85]

Thanks

[@beautifulstories827]

Bro series ka bhi video dalo

[@mythyt1905]

What about in series circuit

[@sozancool5]

❤😮

[@narayansharma9876]

👍🏻

[@mythyt1905]

What about in series circuit

[@Free_fire5653]

Op

[@hasbulla_slave]

nice hands

[@anonymousejones8742]

So the final equation would be :
3/R1+R2+R3
Like this?

[@vt.physics]

The final version in the video is 1/R = 1/r1 + 1/r2 + 1/r3, where R is the total resistance of the circuit.
If all the resistors have the same resistance r1 = r2 = r3 , then 1/R = 3/r

[@ernestomartinez5296]

A bunch of nothing fam! Put values