Physics 4 emi

[versed trail]

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[dusky kernel]

Physics 4 emi

[ebon pine]

Phele induced emf nikalo

which will be equal to $\pi a^{2}\frac{dB}{dt}$

[lavish marsh]

Real potato

[ebon pine]

Fir induced electric field nikalo

$\oint{E.dl=V}$

[lavish marsh]

Real potato

[ebon pine]

v is induced emf

Yaha se E nikalo that will come out to be [a (db/dt)]/2

ratio loge to ye sara hi cancle ho jayega

So 1 ayega

Resistance pr depend hi nai krra

@dusky kernel

[waxen escarp]

$$\text{better would be: } \ partial{V}{x} = E\sub{x}$$

[lavish marsh]

Enamine
Compile Error! Click the reaction for more information.
(You may edit your message to recompile.)

[waxen escarp]

Wow

[ebon pine]

😭

Ap likhna kya cha rhe the konsi method h ye

[waxen escarp]

Are ki better description would be partial derivative ke terms me dikhana

Although I get it dl vector hai

But tumne dikhaya nahi tha

[ebon pine]

Ab wo understood hai ig

[waxen escarp]

Partial derivative notation seems more elegant idk why

[ebon pine]

tbh mujhe nahi aata tha ki latex me vector kese likhu😭

[waxen escarp]

Koi ni lol okay 😭🙏

Mujhe khud nahi aata

[ebon pine]

We’ll learn together 🔥

[waxen escarp]

Sure

[dusky kernel]

@ebon pine

[dusky kernel]

bhai aapka method to sahi lag raha ha

but the answer given is 2

[ebon pine]

uhh

are you sure ans is 2?

@dusky kernel solution bhejna agar iska ho to

[dusky kernel]

yea im sure

[dusky kernel]

kal ek baar sir se puchunga apne

[ebon pine]

alright

[dusky kernel]

@ebon pine

have you done emi?

[ebon pine]

yeah

[dusky kernel]

can you see 1 emi doubt

[ebon pine]

ill see

[dusky kernel]

aight

[ebon pine]

@dusky kernel close krdena agya ho to samjh

and baki doubts bhi bohot sare apke open hai unhe check krlo