Mathematical links

Posted: Thu Jul 14, 2005 10:31 am Post subject: Mathematical links

Because the quantity of useful mathematical formulas are so vast and varied, we have decided to provide a link page that covers as many useful sources of formulas, from physics to geometry and much more.

The following links are some available from the Dovada reference library.
http://www.dovada.com/formulas.htm

Dr Math - - Ask Dr. Math: Selected answers to common questions.

math.com - - The world of math online.

tutor4physics.com - Physics formulas, Work energy - laws of motion etc

nas.cl.uh.edu - Mechanics, Wave theory, Electromagnetism.

Educypedia - - Physics equations and formulas.

If you have more links please let others know.

Thanks Admin

Guest

DELETED

Posted: Wed Oct 18, 2006 8:23 pm Post subject:

Hi Angela
For every 'Constant' that is required in physics there is a reason for it. When the reason for it is unknown it is given the discoverers name (ie. Plank) and the numeric value is then called a 'Constant'.

A 'Constant' is generally due to a constant condition that exists within the local environment around our planets atoms. I personally would not assume that it is universal constant (that is the same everywhere within the cosmos).

Normally our reference books use the Earth as a stationary reference platform, ie. the atomic positive nucleus is referred to as being stationary.

This stationary view is both false and very misleading and probably stems from those days of Galileo when most people assumed the earth was the center of the universe and poor old Gallileo paid the price of house arrest for saying that things were different.

Our atomic theory which is taught today is over 100 years old and does not include any external galactic or solar motion for the internal atomic structure.

For this reason 'Constants' have to be included within atomic theory.
The emmitted atomic wavelengths (frequency) need to be adjusted to include the atoms motion within the cosmos.

I hope this helps to clarify your question about Planks Constant.

Some of our research is discussed at http://www.dovada.com/research

Thank you
David