Part 17 In MATHEVERSUM

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a) Now somewhere in MATHEVERSUM some "pink" STRINGOR-C found itself in such mathematical situation.

Pic.21

"Pink" STRINGOR-C is mathematically pressing on "red" CUBE-C^2 in some direction of the three-dimensionality of MATHEVERSUM

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"Pink" STRINGOR-C is mathematically pressing on "red" CUBE-C^2 in some direction of the three-dimensionality of MATHEVERSUM.

And now something is changing in MATHEVERSUM, but since mathematical energy C is very small compared to mathematical energy C^2, this change is so small that it cannot be drawn.

Anyway, the total mathematical energy – i.e. "red" CUBE-C^2 and "pink" STRINGOR-C – pressing jointly on "green" HYPERCUBE-C^3 is:

"red" C^2 + "pink" (1 / KAZIUK)C^2 =

= (1 + 1 / KAZIUK)C^2

************************************************************

b) Somewhere else in MATHEVERSUM it is like that:

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In this case, in some direction of the three-dimensionality, on "red" CUBE-C^2 is pressing mathematical "pink" energy of:

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In this case, in some direction of the three-dimensionality, on "red" CUBE-C^2 is pressing mathematical "pink" energy of:

{[KAZIUK * (STRINGOR)] / [(SHORTEK * KAZIUK)^2 * SHORTEK]} * SPEED-C

= C^2

And now the total mathematical energy pressing jointly on HYPERCUBE-C^3 is:

"red" C^2 + "pink" C^2 =

= 2C^2

It makes that:

1. HYPERCUBE-C^3 is tilted in such a way that the density in it is:

 2 times greater

and it is:

{[2 * KAZIUK * (STRINGOR)] / [(SHORTEK * KAZIUK)^2 * SHORTEK]} * SPEED-C

it's because:

{[2 * KAZIUK * (STRINGOR)] / [(SHORTEK * KAZIUK)^2 * SHORTEK]} * SPEED-C =

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