rectMeanKineticEnergyVariance

Variance of mean kinetic energy of particles in the measureRect

rectMassVariance

rectPressureVariance

rectTemperatureVariance

rectMeanParticleMassVariance

Variance of total mass of particles in the measureRect

rectMeanVelocityVariance

Variance of mean mass of particles in the measureRect

Variance of pressure of particles in the measureRect

Variance of temperature of particles in the measureRect

Variance of mean velocity of particles in the measureRect

Try to realize what we can.

kineticEnergyVariance

The formations can change.

We can only declare variables

kinetic energy variance

The decay energy is the energy released by a nuclear decay.

We can only have bounded variables

Energy and Mode of Decay

And the three major phases of the early universe was energy, when the dominant force was energy then it became, the dominant force, as it cooled, became matter and then, with the invention of life, four billion years ago, the dominant force in our neighborhood became information.

In the fission reactions that nuclear power generation relies on today, heavy elements such as uranium break into smaller ones, while in nuclear fusion small elements such as hydrogen stick together and form heavier elements (helium). Both fission and fusion produce a lot of energy.

Mean kinetic energy of particles in the measureRect

Now any physiological variable you can think of, any life history event you can think of, if you plot it this way, looks like this.

What if the entire boat changes shape?

And once the energy is gone, and maybe it's in the form of heat or whatever it is, it's hard to kind of get it back and go on in other direction.

The amount of energy you absorb is your change in enthalpy.

If you look at the Triceratops, you can see it's changing, it's shape shifting.

War might lead to changes that would justify invoking the theory of changed conditions.

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And we're finding amoebas like this. This is the amoeba dubia.

And that energy is what powers fusion.

Now, mass is the first thing the second thing, that's shape.

Climate changes may lead to alteration in precipitation patterns, which could modify the distribution of water in time and space.

It's supported from the ground by rays. Probably some form of magnetic flux.

And in a form that cannot be broken down.

The areas might be polygonal, vectorial or raster in nature.

massVariance

momentumVariance

If you look at the hexagon, for instance, it's like an amoeba, which is constantly changing its own profile.