Fine Man

Sorry for the basic question, I'm just started learning about transistors.

I suppose, briefly, I'm asking whether there is such thing as a voltage between the collector and emitter in a transistor.

It shouldn't be a long question to answer.

Can someone take a look at the the latest comment I posted under nickagian's answer? electronics.stackexchange.com/questions/314644/…

Reading 1N.4.6, it seems my definitions are incorrect, because "R_out_A is much smaller than R_in_B" (regarding a voltage divider B chained to a voltage divider A) makes no sense because R_out_A and R_in_B are one and the same according to my definition. I'm (oxymoronically) clearly not understanding something.

I'm re-re-re-re-reading the text prior to this section, and I think R_out is the resistance of the load, correct?

In section "1N.4.6 - A rule of thumb for relating R_out_a to R_in_b" of "Learning the Art of Electronics", it starts talking about R_in and R_out. R_in was mentioned, and I think it's the internal resistance (=R_thevenin?). However, what is R_out? Also, if I misunderstood R_in, correct me on that, too.

In the meantime, I'll ask the question... (in process of formulating it)

I have a Q that I don't believe it's worthy of a SE post, because it's specific to a book (LAoE). Is this a good place to ask a question? If not, where should I?

Hi guys, haven't been on SE in a few days. Did you miss me? :)

@Xam -- I watched that Hydra vid. Very cool!

;)

Missing a leg and a half, but all-in-all, just fine.

@SimplyBeautifulArt -- Sorry, some bears chased me down the wrong path. Fortunately I knew the way out of the forrest.

Oh. OK. Whatever ordinals are. :P

I think I'll watch it again one day, but @Xam might want to see it soon: youtube.com/watch?v=SrU9YDoXE88

I saw a VSauce video on very big numbers. I recall none of it but I do remember there were a lot of greek and hebrew letters. :)

... these $\omega$s are ringing a bell from a vid I watched long ago. When do you get to $\aleph$?

LOL.

Not just SE?

It's epic. And does this work on other sites?

OMG! No more dollar signs in chat!! :D

What browser do you use?

Hate to interrupt all these dollar signs, but how do you activate MathJax in chat?

Here comes the description... drumroll for Simply!!!

I didn't know until Simply told me yesterday.

Or just hyperoperations. Your choice. :)

(Hint: use superultramegahyperoperations)

Hold on. I'll BRB.

Maybe.

(replace 0's with random nums)

I assumed so. :P

@Xam -- I don't have the answer, but some reducto ad absurdum might make the proof simplier.

@Xam -- I've heard enough of @SimplyBeautifulArt and his large numbers, ask us your problem. :)

Once I done with solving those darned limits I'll fly through differentiation and get to Taylor.

Nope. No abstract algebra for me. :)

@Xam -- Well, I frankly don't know. I'm not planning to pursue a math degree, so I'm probably not into math as others. However, I do like geometry (I'm currently trying to solve a puzzle given to me by a mathematician). But I really can't wait until I learn Taylor series.

;)

Sure. You just did.

So you might've seen him.

I was formerly @SirJony

Why thank you Good Sir, @Xam. :)

Hello (!)

Hey @SimplyBeautifulArt

BTW, I changed a bit of my account. So if you ever see "Fine Man", it's me.

Heeeere's Jony!

OK, well, I gtg. Nice chatting with ya. Shwartznagger voice I'll be back!

Wolfram is more computation. Can you really learn much from it?