PsychoSarah
Chaotic Neutral
I refuse, on the grounds that it would just waste my time and make you act all the snootier.Now read ohms paper and discover ohms law.
" for a range of materials and operating points....."
And Read the distinction I asked you to make between the universe, axiomatic model, and experimental laws ohms law) that identify limits of correspondence.
As I am sure that you know the IQ of everyone you try to talk about it with (sarcasm).IQ certainly does correlate with the ability to see the distinctions I made.
You managed to claim I was wrong without explaining any of the reasons why. Congratulations on wasting your own time typing that. If you can list those materials, then do it.I can list dozens of materials that defy your definition of ohms law. An assumption repeated so often it gained the status of fact, whilst wrong. You are proving the problem, that journeymen taught science don't go far enough to see the problem, which is why I suggested the test. They use the equation in a rote way without ever questioning its true significance.
Pfft, I was mentioning business majors as an example of people with an advanced education that would have no reason to know what Ohm's law is. I never stated that I was a business major. In fact, I am pretty sure I mentioned that I was a Biomedical Sciences major in this thread, but if I didn't, there it is.I Suggest as a business major, you don't contradict a postgrad professional physicist who specialised in mathematical physics, indeed has held senior positions in both electronic physics and astronomic physics.
Pfft, I didn't even know who Dawkins was until I joined this site, and theists act as if he is atheist Jesus or something. He's not, fyi.Science is two things - a process and model - and it certainly does have associate philosophy, which should be taught in schools, but is not, so all understand the limitations, which they don't , and is part of why they can't see through Dawkins B/S.
-_- the scientific method is imperfect, so yes, running a completely valid experiment can still result in mistakes being made. How could you say otherwise when one of the steps of the scientific method is analysis of the data? There's a good portion of error right there. Even viewing science as the method that it is, an imperfect method results in errors from time to time.Science doesn't make errors per se, because all it is is just a model.
Not sure why you brought up old data specifically, as if the models never are adjusted to better fit new data.It just makes the model worse or better at prediction or corresponding old data by refining it in different ways.
Wow, you managed not to explain your own words the difference between Ohm's law and the equation associated with it correctly such that a layman would actually understand the difference between them. Especially since the universe thing was something you brought up that I didn't even bother with, because it is obvious that the universe and the models by which we try to understand it are two separate things. I highly doubt any of the equations or laws pertaining to physics match up with observations in the universe 100% of the time.The critical distinction I am making is that the universe and the model are two completely different things, the distinction I made using ohms law example,
Enough.
Let's move on.
Last edited:
Upvote
0