Recent content by e2m2a

Yes. What I am saying is there are two broad categories of inertia. In the first, one assumes inertia is some kind of intrinsic property of matter. Newton stated this in his third definition of the Principia: "The vis insita, or innate force of matter, is a power of resisting, by which every...

If you read my paper I said in the beginning that I do not take any position on the how or why of the causes of inertia. It is too controversial of a subject. The only position I take is that inertia is an extrinsic property of matter. I do lean toward a position but I chose not to discuss or...

I have attached [Mentors note: the attachment has been deleted] a paper (patent application number was 63/191,323 confirmation number 2211 filing date 5/20/21) that reports on an experiment that I did that strongly suggests that inertial effects can impact the speed of the center of mass of a...

Thanks for answering.

Thanks for the response.

Ok, thanks for the reply.

This may seem like a trivial question but I don't know if there is a formal proof for this. Is the following expression never true? a^n-b^n =1, where a >b, a,b,n are positive integer numbers. Was this known since ancient times? Or is there a modern proof for this?

Ha Ha! You are good! How do you find these solutions so quickly?

I am interested in finding any proofs that exist which demonstrates that the difference between two odd powered integers can never be equal to a square? Has there been any research in this? For example, given this expression a^n -b^n = c^2, where a,b,c are positive integers and a>b, n = odd...

From my research I have found that since Fermat proved his last theorem for the n=4 case, one only needs to prove his theorem for the case where n=odd prime where c^n = a^n + b^n. But I am not clear on some points relating to this. For example, what if we have the term (c^x)^p, where c is an...

Yes, thanks for all this info. Very helpful to me.

Hey thanks for the video. I didn't find this one.

Does anyone know where one can find complete documentation on how to create physics simulations using Geogebra. I have searched everywhere on the internet and there really isn't any books or complete tutorials on the subject.

I agree. I wish whoever makes graphs like this makes sure they are more precise in getting the correct ideas of relativity across. Adds to the confusion.

I used snippet to copy from this link https://www.google.com/search?q=proper+time+worldline&oq=proper+&aqs=chrome.0.69i59j69i57j69i59l2j0i67j46i175i199i433i512j0i433i512j46i175i199i512j0i67l2.1616j0j15&sourceid=chrome&i