Dale's latest activity

So we define ##a^x## such that holds for all real ##n## and ##m##, not just natural numbers. Then we immediately have...

1. ##a^m \cdot a^n=a^{m+n}## 2. ##\frac{a^m}{a^n}=a^{m-n}## 3.##(a^m)^n=a^{m \cdot n}## 4.##(ab)^m=a^m \cdot b^m## 5.##\frac {a}{b}^m =...

Please be explicit and write it out. Usually the product rule is $$\frac{d(xy)}{dt}=x\frac{dy}{dt}+y\frac{dx}{dt}$$ but I don’t think...

What are the laws of exponents that you refer to here? Please be explicit.

Umm, that is what destroys things. The tidal forces grow without bound. Any object composed of multiple fundamental particles will have...

There is no such thing as Coriolis-only. In the rotating frame there is a centrifugal force everywhere except at the axis. The real...

I think this is the issue I take. Just because you have a way that you prefer does not make the mainstream approach wrong. You are...

I read the Persson and the Edward’s articles. I liked the Edward’s one. But all they are doing is making an effective gravity which...

You can always transform to a different frame if you don’t like the centrifugal and Coriolis terms. But if you are using a rotating...

Yes, except then.

It will never be Coriolis only. There is always the centrifugal force too. What’s the problem?

The one you linked to above? It doesn't even support your claim. Give the actual reference. If something is a matter of choice then it...

So you start with an inertially moving object and you simply write its equation of motion in the rotating frame? Is it supposed to be...

Foucault is the answer / corollary

What is the carousel experiment?