3 ms·
nice work. I would have removed most of 'PART 1: PHYSICAL CONSTANTS', 'PART 8: APPLIED FIELDS', 'PART 18: ELECTRICAL', and some of 'PART 99: CONVERSIONS'. "al
by amitport 7y ago
nice work. I would have removed
most of 'PART 1: PHYSICAL CONSTANTS',
'PART 8: APPLIED FIELDS',
'PART 18: ELECTRICAL',
and some of 'PART 99: CONVERSIONS'.
"all-in-one" math seems enough :). Other stuff seems arbitrary and leaning towards physics (which could have its own giant book).
- Aromasin 7y agoI'm biased as I'm an EE, but I'd say that the Laplace transforms within the Electrical section are firmly in the realm mathematics, so keep them. It just so happens that they are only really useful in the domain of digital signal/control processing, and I think to get the true form or radioactive decay(?) though I may be mistaken. I'd put it next to information on Fourier transforms. The circuit theory may be a bit unnecessary though I agree.