Tharak 😂

thanks for the suggestion! I plan to make some stuff over summer break- in the meantime, there are some circuit problems buried in here somewhere, disguised by their problem numbers from the Young and Freedman book

@@KelKelPhysics In a circuit, is a lightbulb basically the same as a resistor? I think they both use current and dissipate power

it's pretty easy use this formula V=IR and you're done btw this is ohm's law V is potential difference I is current And R is resistance

@@jayasmrmore3687 not really since the resistors don't give off any light or something it's just that some basic circuits like a normal bulb circuit can't take much current so we use resistors and yeah bulbs (LEDs) and any advanced electrical appliance that we wish to use has some resistance but we don't consider it in a question except when we are told to

I'm on hiatus right now but expect a million of them to go up this summer!

@@KelKelPhysics thank you

If you're looking for some harder examples, there are some "super hard circuit" videos buried in here somewhere that take a huge combo and break it down

@@KelKelPhysics ok thanks btw are they on your channel or somewhere on the grand calculus of KZfaq

@@fuckingdumbo "Super huge circuit- find equivalent resistance" is the one on this channel!

Madam...i wanted to know if you know any good physics book for grade 9 and 10... I would eagerly wait for you reply... Thank you:)

Show this to your physics teacher so he or she can use it in future

Okay thanks ! Brilliant videos by the way. Keep it up!!

BYOCOLORS!

U can always visualise them, u don't have to necessarily use a marker

Nodes are where your wires meet up with each other! If using a road analogy, it's where current can "turn off" onto another road

Just tracing it with your pen or pencil works, too! Or if you have an incredible memory, unlike me, you can keep track of which wire clumps are connected to which resisitor

Why do you want to do without colors

Thanks for the suggestion! I'm working on a plan to build up this channel so it can include simple explanations as well as more challenging examples

@@KelKelPhysics also some practice

jayakumari Jacob good

You should have showed this to your physics teacher

@@KelKelPhysics imgur.com/a/kwoyd2Z here it is. would it be (R1 in parallel with R2) in series with R3 OR R1 in series with (R2 in parallel with R3)? Thanks!

@@KelKelPhysics it does because ive tried it...this is just part of a problem that i have to solve for class...i get different resistances depending which way i do it. i have to check with a simulation and the correct way is r1 and r2 in parallel and then in series with r3

@@KelKelPhysics sorry, like i said i took that out from a problem, the voltage source is to the left of r1

the zigzags are the resistors

Love you

Translate please

one of the things I find helpful is realizing that you can bend and extend wires to make it easier to look at. In a lot of cases, though, parallel and series isn't enough to fully solve the circuit- that's where Kirchoff's rules come in

Wink wink tell your friends :p but actually it's probably because I only posted videos when I had to make them for school, so everything is either a few years old or from last semester haha

400 is a lot of subscribers, although I guess you need 1000 in order to monetize KZfaq

@@KelKelPhysics xD, yup but your videos are easily understandable that's the best point

@@jayasmrmore3687 ha ha :D, yes I think I only have 3-4 subs. But this is my mother's phone nevermind

That’s what Kirchhoff’s rules are for!