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Discord ID: 484514023698726912


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2018-08-30 20:17:20 UTC

I got a vid for you

2018-08-30 20:17:33 UTC

Iโ€™ll take any help I can get, much appreciated

2018-08-30 20:17:39 UTC

We are fighting already?

2018-08-30 20:18:09 UTC

Follow the series

2018-08-30 20:18:20 UTC

That how I learned it back in AP physics

2018-08-30 20:18:30 UTC

My teacher even showed this vid in class

2018-08-30 20:18:36 UTC

It explains it very well

2018-08-30 20:19:01 UTC

Itโ€™s using the loop rule

2018-08-30 20:19:08 UTC

I think

2018-08-30 20:19:53 UTC

Oh wait you need the divider rule

2018-08-30 20:20:04 UTC

Or does it not matter?

2018-08-30 20:20:37 UTC

I donโ€™t necessarily *need* it

2018-08-30 20:20:49 UTC

However that is what is *supposed to be used.*

2018-08-30 20:20:53 UTC

Alright well this method is really easy

2018-08-30 20:21:08 UTC

Have you heard of the loop rule?

2018-08-30 20:21:17 UTC

Explain it

2018-08-30 20:21:25 UTC

Maybe, but chances are, no

2018-08-30 20:21:48 UTC

Iโ€™m not going to do as good as an explanation as that vid

2018-08-30 20:21:53 UTC

Definitely check it out

2018-08-30 20:22:05 UTC

Thatโ€™s fine, Iโ€™ll watch it

2018-08-30 20:22:41 UTC

What level are you at? HS physics or college physics/electrical engineering?

2018-08-30 20:22:52 UTC
2018-08-30 20:23:15 UTC

Collegiate introductory Electrical/Computer Engineering.

2018-08-30 20:23:22 UTC

Oh okay

2018-08-30 20:24:52 UTC

Well definitely learn from that vid I posted because itโ€™s a really simple method to calculate the current and resistance of everything but then find another vid of the divider rule

2018-08-30 20:25:20 UTC

Iโ€™ve never heard or been taught that rule so idk the difference between the two methods

2018-08-30 20:25:54 UTC

Itโ€™s a rule that effectively states that the current will divide whenever it has the option to.

2018-08-30 20:26:10 UTC

Most current heads towards the resistor with the least resistance.

2018-08-30 20:26:22 UTC

Less heads towards the one with greater.

2018-08-30 20:26:42 UTC

This took Puppy like 1.5 minutes, I swear

2018-08-30 20:26:47 UTC

๐Ÿ˜•

2018-08-30 20:27:08 UTC

*Meanwhile as I sit rather cluelessly*

2018-08-30 20:28:21 UTC

Damn

2018-08-30 20:28:51 UTC

Well idk then, Iโ€™d need to learn that rule then

2018-08-30 20:29:11 UTC

Meh, I was stumped for a while then I tried to reverse engineer it from the answer

2018-08-30 20:29:16 UTC

Then I realised where I went wrong

2018-08-30 20:29:18 UTC

Omfg

2018-08-30 20:29:21 UTC

Welp

2018-08-30 20:29:23 UTC

Got it

2018-08-30 20:29:25 UTC

Smh

2018-08-30 20:29:28 UTC

Lmao

2018-08-30 20:29:32 UTC

Brb got class in an hour, and I need to study and charge my phone

2018-08-30 20:29:34 UTC

Nice

2018-08-30 20:29:53 UTC

I was like. . . So what if I use the *most basic formula I have available*?

2018-08-30 20:30:01 UTC

V=IR

2018-08-30 20:30:05 UTC

And holy shit

2018-08-30 20:30:08 UTC

I have V

2018-08-30 20:30:10 UTC

I have R

2018-08-30 20:30:14 UTC

._.

2018-08-30 20:30:15 UTC

Ohms law best law

2018-08-30 20:30:30 UTC

That solves I

2018-08-30 20:30:40 UTC

Now for the second R which is weird

2018-08-30 20:31:42 UTC

So now I have current and voltage but not R

2018-08-30 20:31:51 UTC

*I wonder what I should use now.*

2018-08-30 20:31:54 UTC

Smh

2018-08-30 20:32:04 UTC

I sat for like half an hour staring at this problem.

2018-08-30 20:32:13 UTC

Takes less than 5 min to solve

2018-08-30 20:32:15 UTC

I cry

2018-08-30 20:32:29 UTC

Yeah as soon as you realise it, itโ€™s actually simple

2018-08-30 20:33:07 UTC

Time to see if I can get 2

2018-08-30 20:33:14 UTC

And Lo and behold

2018-08-30 20:33:30 UTC

16 = 8 โ€ข R

2018-08-30 20:33:37 UTC

Hmm

2018-08-30 20:33:47 UTC

Looks a lot like **2**

2018-08-30 20:33:50 UTC

._.

2018-08-30 20:34:08 UTC

lmao

2018-08-30 20:34:32 UTC

I dont even remember kirchhoff's law anymore

2018-08-30 20:34:47 UTC

For one, he has more than one law.

2018-08-30 20:34:50 UTC

._.

2018-08-30 20:34:56 UTC

eh

2018-08-30 20:35:11 UTC

all you need is ohm to get through basics

2018-08-30 20:35:23 UTC

He has one for current and one for voltage and they almost say the same thing.

2018-08-30 20:36:08 UTC

*Is in an FE server*

2018-08-30 20:36:23 UTC

*Just talks about Electrical physics*

2018-08-30 20:36:27 UTC

๐Ÿ˜•

2018-08-30 20:36:47 UTC

I thank you all for helping me with my homework.

2018-08-30 20:36:49 UTC

you wanna talk about something else

2018-08-30 20:36:51 UTC

๐Ÿ˜„

2018-08-30 20:37:02 UTC

Sure

2018-08-30 20:37:12 UTC

Now that I finished problem 3

2018-08-30 20:37:19 UTC

Letโ€™s talk about problem 4

2018-08-30 20:37:21 UTC

._.

2018-08-30 20:38:12 UTC

Just gonna post it here so I can talk and look at the diagram **at the same time**

2018-08-30 20:38:24 UTC

https://cdn.discordapp.com/attachments/484514023698726912/484824233575186435/image0.png

2018-08-30 20:38:35 UTC

im too annoyed at round robin atm

2018-08-30 20:38:36 UTC

There we go, now we may continue

2018-08-30 20:38:45 UTC

Who tf is round robin?

2018-08-30 20:39:47 UTC

OS load balancing thingy

2018-08-30 20:40:22 UTC

Ah, okay

2018-08-30 20:45:44 UTC

i have no idea what any of u are talking about

2018-08-30 20:46:48 UTC

*Talkinโ€™ โ€˜bout being smarter than yo dumbass.*

2018-08-30 20:46:56 UTC

I jest, I jest

2018-08-30 20:47:36 UTC

Talking about circuits. With two weeks of practice, you too can be literally better than me.

2018-08-30 20:47:39 UTC

its okay i have no idea what im talking about eithe

2018-08-30 20:47:40 UTC

How is everyone doing?

2018-08-30 20:47:46 UTC

Good, 13

2018-08-30 20:48:00 UTC

hi robot

2018-08-30 20:48:12 UTC

How do you become a truther?

2018-08-30 20:48:56 UTC

are you f.e/g.e?
thoughts on 9/11?

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