I am studying for a degree very close to EE. What taught me intuition was the falstad circuit simulator (website). You can start from very simple circuits with voltage sources and resistors. Then you can move to capacitors/inductors and start thinking about frequency. Then work on op amps and transistors.
It checks out with all the usual precedence rules. USD/TB/month is the same as USD/(TB * month). Really pedantic physicists would probably write something like USD.TB⁻¹.month⁻¹ which is, again, the same thing. Unless it is TiB and not TB, that would make the plan about 9% cheaper ;)
A physicist generally should use the metric system. SI units convert to s⁻¹ from month⁻¹. Usually put the metric prefix first so T⁻¹ becomes pico. 2.6298e+6 seconds per month so pico becomes atto. Can't use B because that is magnetic feild in Tesla in SI units. $ is perhaps not as clear as USD, but feels like a better symbol to me (ideally with USD subscript but hard you write that here). I'm not a physicist, but generally I expect a physicist to use whatever is least ambiguous: which in this case is what was given (not my terrible attempt to convert to SI units!!!)
I also use anki for german. I use a deck with 1850 cards to learn the nouns' gender.
I just pulled up my stats.I have been studiyng for almost a year and have averaged less than 2 minutes of study a day (with the average review lasting less than 2 seconds). In total it's more or less 10 hours.
It has been insanely effective. I read somewhere on HN that making extremely easy cards helps. It for sure helped me to keep the habit.
Isn't the current AI level already good enough to offload a big chunck of the work? I feel like the technology is already there and it's just a matter of adoption