Sunday, November 7, 2010

Course 6, Session 6, Test One on The Toroidal Nature of Superstrings

1)  What is a home-tori-sector-range?

2)  Is an infinite-world-toroid literally that?  Explain.

3)  Why does the "infinite"-world-toroid form in a circle?  What is the general name for this hoop-like structure?

                                
4)  What one word describes the ability of superstrings to move along the Ultimon.

5)  Why do adjacent tori-sector-range eigenstates of the same universe generally have "cosmetic" differences?

6)  How do superstrings have a three-dimensional tense?

7)  How may one detect substringular activity when superstrings are smaller than light?

8)  Why are there three "rings" that form the hoop of the Ultimon?  In what way is each ring like a parallelogram?

9)  What is larger:  The detection of a superstrng in the globally distinguishable, or a superstring in its primal shape?

10)  What "cosmetic" condition of the substringular proves that there is always a potential for time to go forwards or backwards within the Fourier differentiation of any given tori-sector-range?

I will provide the solutions to these test questions soon.  In the meanwhile, please feel free to test yourself by trying to answer these test questions.  I am very greatful for my readership.  Please write to me if you do not understand any of my solutions that I am going to provide soon.  I will continue with the suspense later!  Please have a phenomenal day!
Sincerely, Sam.           
  

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