From: Aiya-Oba on
(11111111/0.000000001) x (2.846049908)^2 =mc2. -Aiya-Oba (Philosopher)

Where mc2 (9x10^16), is Albert Einstein"s mass-energy equivalence
equation.

Such that;

1.1111111x10^16 x 8.100000081 =mc2

9x10^16 = mc2
Q E D.
Eureka!
From: Dann Corbit on
In article <2a385d53-3881-4f3b-a38a-4c65e3dc57d4
@b35g2000yqi.googlegroups.com>, aaiyaoba(a)rcc.mass.edu says...
>
> (11111111/0.000000001) x (2.846049908)^2 =mc2. -Aiya-Oba (Philosopher)
>
> Where mc2 (9x10^16), is Albert Einstein"s mass-energy equivalence
> equation.
>
> Such that;
>
> 1.1111111x10^16 x 8.100000081 =mc2
>
> 9x10^16 = mc2
> Q E D.

The equation is not invariant with respect to mass.

IOW, one KG of mass has less energy than one hundred KG of mass.