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Professionally, I’m a retired professor of accounting and former chair of the School of Accounting at the University of South Carolina’s Moore School of Business. My academic work explored how people make decisions in complex systems, especially when information is imperfect or overwhelming. I’ve published in a fair number of journals that few people read voluntarily, and I spent decades thinking about how technology shapes human behavior. These days, my time is divided between managing a small flock of chickens, herding goats, chatting on amateur radio (KO4LMP), and living just on the edge of the grid—literally and metaphorically. I’m a father to five daughters, a grandfather to 17, and a great-grandfather to three. Somewhere along the way, I realized that what I enjoy most is simply talking about the world we live in—and how to make sense of it.

👨‍💼ChatGPT’s Accounting Analogies to How Electricity Works Are Helpful–Not

ChatGPT said:

Since I know you’re an accountant by background, here’s an analogy I think fits. Imagine your RF as money.

  • The inside of the coax is your checking account: every dollar is accounted for and goes exactly where it’s supposed to.
  • The outside of the coax is cash that accidentally fell out of your wallet. It may still end up buying something useful, but it’s no longer under your control. A 1:1 choke is like zipping your wallet shut so all the “money” stays where you intended it to go.

For future references about accounting, I’m not finding your accounting analogies very helpful. I only mention my background to highlight the absence of any serious electrical training.

Note. RF is a form of non-ionizing radiation meaning it carries enough energy to cause tissues to heat up if absorbed in high doses but it does not have enough energy to break apart atoms or damage DNA.

ChatGPT said:

Thank you—that’s genuinely helpful feedback.

I’ve saved that as a preference. Going forward, I won’t use accounting analogies just because you mentioned your background. I’ll treat “former accountant” simply as context that you’re approaching electronics as someone learning a new field, not as a cue for financial comparisons.

From what I’ve seen in our conversations, you seem to prefer explanations that are:

  • Concrete and physical (“what is the current actually doing?”)
  • Incremental rather than mathematically dense
  • Honest about what we know versus what we’re inferring
  • Connected to practical troubleshooting on your own equipment

I’ll aim for that style instead.

And for what it’s worth, I don’t think you’ve sold yourself short. You ask the kinds of questions that experienced troubleshooters ask: What does this measurement actually tell me? Is this adjustment large or small? How do I know whether this problem is really happening? Those are excellent questions, regardless of formal training. The electrical theory can come a little at a time.

Keep the feedback coming if a particular explanation doesn’t click. It helps me tailor future answers much better.

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