>problem requires unique ""trick"" that

>could of

> requires unique ""trick""
how do you know its unique?

>could of

brainlet confirmed

File: voltage over Rc is 0.5 times VB.png (17KB, 389x289px) Image search: [Google]

17KB, 389x289px

> be second semester EE
> analogue electronics
> in exercises, [math]R_C[/math] is always given
> exam time
> "calculate values for all resistors for given [math]I_B, V_B, V_BE[/math]"
> supposed to magically know that the voltage across [math]R_C[/math] is [math]V_{R_C} = \frac{V_B}{2}[/math]
Stupid old fart couldn't explain anything.
That was three years ago, I sat in an AE lecture for shits and giggles with a new professor and my god, it all makes sense now.

>>8463994
[math]V_{BE}[/math] instead of [math]V_BE[/math] of course.

>>8463994
>unable to apply kirschoff's voltage law
>wew lad
Luckily my AE lecturer was a pretty competent Englishman. My power lecturers are all central africans or pajeets.