DC parallel circuit calculations

This video explains DC parallel circuit calculations and the three laws of the parallel circuits.
1- Voltage in parallel circuits
2- Current in parallel circuits
3- Resistance in parallel circuits
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[@dakotaweigle4776]

do you have a video on combined circuits? I am having difficulties with them. you are by far the best instructor I have found on here. Thank you so much!

[@cosmicdive]

Thanks for this video, really helped me understand how DC Parallel circuits work

[@brysonpoisson4775]

Dose it work with AC too ?

[@AndreaShaw-r4w]

Very well done! Clear and easy to understand. Thank you.

[@adamfittro2084]

yea, maybe for people that are actually good at math. Calling me stupid?

[@evanspence8576]

Thank you this really helped me get a grasp on parallel circuits

[@alexanderleske3429]

As a heavy equipment mechanic..... these circuits are the best shown to visualize a haul truck trailer u see driving down the road every day. The light circuit on those trailers are exactly this per side of trailer for just marker lights.

[@alexanderleske3429]

We just do 12V circuits. But I would recommend I'm weary of LED lights. I think my math is wrong...... I measured 20,000 ohms for 2 lights...... 1 was water damage the second it was ripped out of harness, both 20,000 omhs .
I imagine your a student studying this, I'm asking for your help.....

[@alexanderleske3429]

I know if there is no load it blows a fuse. If there is to much resistance the light should be dim...... which I had with water damage. I also kno resistance checks with multi meters are crap.... because 1 strand of wire can cause good omhs. Is that what I was technically looking at?

[@healthrelationship2835]

❤ you were amazing man
Thank you very much

[@eugenealexandervich2297]

Starting my deisal class and this is our first lesson 😂. Great video. 🙏

[@erikjusufm]

Thank you so much, this really helped a lot!

[@RaffaelloLorenzusSayde]

Does the parallel branch voltage law still apply if there is a resistor on a series circuit?

[@Jossuevaca]

Thank you so much.

[@justinjones2901]

What about voltage drop accrose each resistor

[@rexstil]

Great video but i wish you'd go over the power total's as well

[@james77011]

Power = voltage * current...
Make sure u calculate the power of each branch and than add up the power dissipation for each branch to Get total power dissipation

[@manpreetkumar1135]

Thank you sir ji.

[@mrxd5154]

Sir I really don't know how to thank you.

[@JT-xt8bh]

Awesome Thanks

[@JH-ub8nz]

i find (R1*R2)/(R1+R2) a faster way to find net R

[@Theo0x89]

The first method is the second method with extra steps. In fact, the first method applied to the general case proves the formula used in the second method. In other word, if you forget the formula, then you can always go back to the first method, which only uses general principles (Kirchhoff's laws and Ohm's law).

[@jongarrison8826]

Fitty?

[@mikegonzalez1935]

🤣🤣

[@leostyles-4145]

I got 100 for de voltage