The problem doesn’t say anything about sources, so I’m not sure what I’m supposed to assume for voltage or current. Can you recommend a good instructional primer? I need something more that Wikipedia’s infodump presentation.
I’m using the term as a metaphor from fluid dynamics—n fbhepr vf n abqr va juvpu pheerag vf vawrpgrq jvgubhg rkcyvpvgyl gnxvat vg bhg naljurer ryfr—orpnhfr gur flfgrz vf vasvavgr, pheerag nqqrq ng n abqr pna sybj bhg gb vasvavgl gb rssrpgviryl pbzcyrgr gur pvephvg, naq orpnhfr gur rdhngvbaf ner flzzrgevp, gur svany fbyhgvba sbe gur pheerag (sebz juvpu Buz’f ynj sbe ibygntr naq ntnva sbe rssrpgvir erfvfgnapr) pna or gubhtug bs nf gur fhz bs n cbfvgvir fbhepr ng bar raqcbvag naq n artngvir fbhepr (n fvax) ng gur bgure.
I don’t know how this compares to wnoise’s canonical method—it might be that this is a less effective path to the solution.
The problem doesn’t say anything about sources, so I’m not sure what I’m supposed to assume for voltage or current. Can you recommend a good instructional primer? I need something more that Wikipedia’s infodump presentation.
I’m using the term as a metaphor from fluid dynamics—n fbhepr vf n abqr va juvpu pheerag vf vawrpgrq jvgubhg rkcyvpvgyl gnxvat vg bhg naljurer ryfr—orpnhfr gur flfgrz vf vasvavgr, pheerag nqqrq ng n abqr pna sybj bhg gb vasvavgl gb rssrpgviryl pbzcyrgr gur pvephvg, naq orpnhfr gur rdhngvbaf ner flzzrgevp, gur svany fbyhgvba sbe gur pheerag (sebz juvpu Buz’f ynj sbe ibygntr naq ntnva sbe rssrpgvir erfvfgnapr) pna or gubhtug bs nf gur fhz bs n cbfvgvir fbhepr ng bar raqcbvag naq n artngvir fbhepr (n fvax) ng gur bgure.
I don’t know how this compares to wnoise’s canonical method—it might be that this is a less effective path to the solution.
That is definitely part of the method.
I can see why my idea is incompatible with your approach.