3 ms·
I was an electrical engineer before I was a computer programmer and people liked asking questions about Ohm's law and calculating total resistance of resistors
by wengzilla 13y ago
I was an electrical engineer before I was a computer programmer and people liked asking questions about Ohm's law and calculating total resistance of resistors in series and parallel.
EDIT: I should clarify... They weren't asking about the theory behind Ohm's law but rather to apply it to various circuits.
- ColinWright 13y agoInteresting - thanks. I was hoping for more results, but with this falling rapidly off the "newest" page, and with only one upvote, I guess we won't get (m)any more insights. Edit: Last minute surge and we're on the front page! Amazing - thanks to those who voted - I'm waiting to see if we get any more answers ...
- PaulKeeble 13y agoThat feels more like asking the difference between a class and object. Its not really asking someone to solve nearly the simplest problem to prove they can can code. Would the equivalent not be making a basic circuit to do something specific and hence a specific example that has one or two potential obvious issues?
- walshemj 13y agoSorry Ohms law is not like a class or an object in any way at all.
- walshemj 13y agoEngineer roles or Technician?
- sequoia 13y agocan you give an example? tia!
- huhtenberg 13y agoA--> +--[1 Ω]--+--[1 Ω]--+ | | | [1 Ω] [1 Ω] [1 Ω] | | | +--[1 Ω]--+--[1 Ω]--+ | | | [1 Ω] [1 Ω] [1 Ω] | | | +--[1 Ω]--+--[1 Ω]--+ <-- B Find the resistance between A and B.