@ionicbonded5: 🔥EXPLANATION:🔥 Kirchhoff's laws are two fundamental laws in physics that lets u calculate current and voltages in electric circuits. His first law (junction rule) says that current going into a point must equal current leaving that point. His second law (loop rule) says that the voltage changes in any closed loop must equal zero. Ohm's is P=IV. . These two laws r useful, but this cable setup in the reel is way too complex for any of this to be used effectively and quickly. . . . . #physicsmemes #physics #sciencememes

kirubi :

SOHCAHTOA will work

jackson 🧙 :

kirk off’s law

Clips and Snips :

V=IR?

Kuchan's noodle :

ΣV + ΣIR = 0 will do the work

syc_brother :

the algebraic sum of emf🤣🤣🤣🤣

vito_corleone :

Kirchoff's law - what goes around, comes around

Emries's layla :

I thought ts was for electrical engineers in university, I was shocked to learn ts in grade 8

ThatBlackPhysicist :

Non linear systems are bro’s nightmare

Chaos :

these arent resistancs nets where you'd need them. these are straight wires that got tangelled because of bad installation. there are zero loops here.

🎞 :

first step :dont panic second step:do something

ronkiberenge8 :

KVL or KCL

Linky :

I read the description and I’m still confused

𝐑𝐨𝐠𝐮𝐞𝐗 ̷#̷O̷P :

it will simply burn out due to induction

TheArkDude :

Can anyone give me a good way to always get Kirchhoff’s law problems correct?

justino :

The last slide should’ve been a melted cable

LARPOSYNE :

Ohm's (non) law that applies to most things most of the time

Astrol🧭 :

turtle master potion enjoyer :

made me laugh

Johnny K_ash :

Just apply V=IR

💖🏳️‍🌈✨Boykisser✨🏳️‍🌈💖 :

question isn't Kirchhoff's 2nd law obvious why was it given a fancy name

Zafkiel :

KLV and KCL my beloved

Him :

just find the resistance and problem solved