Physics Calculator v1

Subject

All of natural science is based upon magnetic and electrical energy; even atomic particles.

Physics is the mathematical description of natural science; from atomic particles to the 'Big-Bang'. It does not need a unification theory to tie celestial and atomic physics together, and almost all of it was explained to us by pre-twentieth century physicists and mathematicians.

Proof of this fact exists in this calculator, which can tell you everything you need to know about any celestial body, and any element at any temperature from only its atomic number and neutronic ratio, using simple mathematics. Something that even today, more than 100-years later, remains unachievable using twentieth-century theories. The abandonment of true physics by the scientific community in the early twentieth-century - along with its need to save face today - is the sole reason technological (and scientific) advancement is still today dependent upon experimentation, just as it was at the start of the industrial revolution, more than 300 years ago.

In fact, Isaac Newton's orbital work is the basis for all mathematical physics, if it had been stripped, analysed, verified and the gaps filled-in with the work by following scientists, we could have had mathematical chemistry; free, clean, safe energy; free, clean, safe transport; zero pollution and free, tailored medicines more than a hundred years ago.

This calculator has been divided into sections as can be seen below, all of which are based upon the same theory. And its calculations reflect everything we see, touch, feel and hear around us.

Much of this calculator covers orbits, both celestial and atomic, because these orbits are the basis of all universal energy.

None of it is based upon; statistics, guesswork, approximations or tolerances. Moreover, none of it relies on the phrase; "the normal rules of physics do not apply". It all works perfectly, using the same single theory,
and it doesn't ask anything of you the user, it provides all the information you need for accurate results.

For help using this calculator see Technical Help

Physics Calculator - Options

Constants

The calculation of all physical constants based upon just 4-Primary constants, 2-Primary ratios.
There are no approximations or estimates; all the values provided are exact.

You enter

and the physics calculator will provide:

electron mass elementary charge unit neutronic radius neutronic period static ratio dynamic ratio Σ neutronic temperature

Henry's magnetic constant Henry's magnetic field Henry's permittivity constant Henry's permittivity field ultimate density (atomic particles) mass of a proton mass of a neutron volume of an electron volume of a proton volume of a neutron radius of an electron radius of a proton radius of a neutron polar moment of inertia of an electron polar moment of inertia of a proton polar moment of inertia of a neutron Rydberg's EME amplitude (electron orbital radius) EME amplitude when e' = e (electron orbital radius) Planck's maximum EME amplitude (electron orbital radius) Planck's mean EME amplitude (electron orbital radius) electron orbital velocity when; e'=e Planck's minimum electron orbital velocity Planck's mean electron orbital velocity temperature @ Rydberg's electron orbital radius temperature of outer space p-e-p temperature when; e'=e Planck's minimum temperature Planck's mean temperature Newton's gravitational constant Coulomb's electrical force constant coupling ratio Planck's energy constant (modified) Boltzmann's (energy) constant Boltzmann's (energy) constant (modified) Avogadro's constant Rydberg's energy constant Rydberg's wave number constant for Rydberg's wavelength ideal gas constant fine structure constant heat transfer coefficient (orbital velocity) heat transfer coefficient (orbital radius) potential energy coefficient electrical charge capacity maximum constant of motion for an orbiting electron absolute minimum temperature absolute maximum orbital radius absolute minimum orbital velocity absolute minimum orbital frequency absolute minimum potential acceleration absolute minimum potential energy absolute minimum kinetic energy absolute minimum potential force absolute minimum total energy (including spin) absolute minimum proton charge absolute maximum orbital ratio absolute maximum temperature absolute minimum orbital radius absolute maximum orbital velocity absolute maximum orbital frequency absolute maximum potential acceleration absolute maximum potential energy absolute maximum kinetic energy absolute maximum potential force absolute maximum total energy (including spin) absolute maximum proton charge absolute minimum orbital ratio potential energy capacity (electron & proton) potential energy capacity @ constant temperature (Cₜ & Qₜ) potential energy capacity @ constant volume (Cᵥ & Qᵥ) potential energy capacity @ constant pressure (Cᵨ & Qᵨ) potential energy constant gas constant magnetic charge capacity relative atomic mass (electron) relative atomic mass (proton) potential energy capacity (electron) potential energy capacity (proton) potential energy capacity @ constant temperature (electron) potential energy capacity @ constant temperature (proton) potential energy capacity @ constant volume (electron) potential energy constant @ constant volume (proton) potential energy constant @ constant pressure (electron) potential energy constant @ constant pressure (proton) electrical charge capacity relative atomic charge (electron) relative atomic charge (proton) potential energy capacity (electron) potential energy capacity (proton) potential energy capacity @ constant temperature (electron) potential energy capacity @ constant temperature (proton) potential energy capacity @ constant volume (electron) potential energy capacity @ constant volume (proton) potential energy capacity @ constant pressure (electron) potential energy capacity @ constant pressure (proton) microstate @ constant temperature microstate @ constant pressure microstate @ constant volume

Energy

Calculates the energy and its constituents from the four primary variable; mass, charge, distance and time.

You enter:	and the physics calculator will provide:
magnetic charge (mass) electrical charge distance travelled or length time elapsed	velocity acceleration inertia momentum force moment (or torque) kinetic energy potential energy power

EME

Calculates the all the properties of electro-magnetic energy based upon its temperature.

You enter:	and the physics calculator will provide:
temperature	velocity wavelength amplitude frequency energy

Proton-Electron Pair

Calculates the all the properties of a proton-electron pair based upon its temperature.

You enter:

and the physics calculator will provide:

temperature

electron orbital radius electron orbital velocity potential acceleration orbital period orbital frequency Newton's constant of proportionality Newton's constant of motion electron orbital kinetic energy potential energy electron spin energy proton spin energy total energy potential force EME wavelength EME amplitude internal electrical voltage internal electrical current internal electrical resistance magnetic field proton electrical charge potential power

Atom

Calculates all the properties of an atom at any temperature ignoring the influence of its neutrons.

You enter:

and the physics calculator will provide:

shell-1 temperature (measured) shell-number

shell-N temperature electron orbital radius electron orbital velocity potential acceleration orbital period orbital frequency Newton's constant of proportionality Newton's constant of motion electron orbital kinetic energy potential energy electron spin energy proton spin energy total energy potential force EME wavelength EME amplitude internal electrical voltage internal electrical current internal electrical resistance magnetic field proton electrical charge potential power

Elements

Calculates the properties of all the elements at any temperature including the influence of its neutrons.

You enter:	and the physics calculator will provide:
Z: atomic number shell-1 temperature (measured)	relative atomic mass neutron ratio gamma function lattice factor number of shells number of electrons in outermost shell radius of outermost electron shell mass of atom potential energy of shell-1 specific heat capacity

States of Matter

Calculates the properties of any elemental matter at any temperature;

You enter:

and the physics calculator will provide:

atomic number shell-1 temperature (measured)

relative atomic mass inter-atomic separation distance inter-atomic potential repulsion force due to proton electrical charge inter-atomic potential attraction force due to magnetic field inter-atomic pressure (gaseous or viscous) matter density gas-transition temperature dynamic viscosity (viscous only) kinematic viscosity (viscous only) surface tension (viscous only) elastic modulus (viscous only) yield stress (viscous only) electrical resistivity Poisson's ratio

PVRT

Verifies the Newton-Coulomb atom by comparing the calculation results of an accepted theory with that of the potential energy of the shell-1 proton-electron pair of any atom.

You enter:	and the physics calculator will provide:
atomic number shell-1 temperature (measured) relative atomic mass number of atoms in molecule density	atomic mass atomic separation (distance) pressure calculated using PVRT pressure calculated using the potential energy shell-1 pressure calculated using Boltzmann's constant

Orbits

Calculates the properties of a ubiquitous elliptical orbit.

You enter:

and the physics calculator will provide:

satellite mass half major-axis perigee distance orbital period angle (from apogee) through orbit

force-centre mass constant of proportionality orbital distance at perigee distance from orbital centre orbital eccentricity half minor-axis half parameter orbital area orbital (path) length distance between force-centre and satellite @ θ satellite orbital velocity @ θ potential acceleration between force-centre and satellite @ θ potential force of attraction between force-centre and satellite @ θ potential energy between force-centre and satellite @ θ satellite kinetic energy @ θ total orbital energy @ θ satellite momentum @ θ constant of motion axes ratio (major:minor) energy ratio (potential:kinetic)

Solar System

Calculates the properties of all the principal celestial orbits in our solar system.

You enter:

and the physics calculator will provide:

satellite mass half major-axis perigee distance orbital period angle (from apogee) through orbit

force-centre mass constant of proportionality orbital distance at perigee distance from orbital centre orbital eccentricity half minor-axis half parameter orbital area orbital (path) length distance between force-centre and satellite @ θ satellite orbital velocity @ θ potential acceleration between force-centre and satellite @ θ potential force of attraction between force-centre and satellite @ θ potential energy between force-centre and satellite @ θ satellite kinetic energy @ θ total orbital energy @ θ satellite momentum @ θ constant of motion axes ratio (major:minor) energy ratio (potential:kinetic)

Milky Way

Calculates the properties of our sun's orbit in the Milky Way galaxy.

You enter:

and the physics calculator will provide:

satellite mass half major-axis perigee distance orbital period angle (from apogee) through orbit

force-centre mass constant of proportionality orbital distance at perigee distance from orbital centre orbital eccentricity half minor-axis half parameter orbital area orbital (path) length distance between force-centre and satellite @ θ satellite orbital velocity @ θ potential acceleration between force-centre and satellite @ θ potential force of attraction between force-centre and satellite @ θ potential energy between force-centre and satellite @ θ satellite kinetic energy @ θ total orbital energy @ θ satellite momentum @ θ constant of motion axes ratio (major:minor) energy ratio (potential:kinetic)

Universe

Calculates the properties of all universal matter from one 'Big-Bang' to the next.

You enter:

and the physics calculator will provide:

time elapsed since last 'Big-Bang' Hades' velocity today avearge neutron ratio of all universal matter ultimate body mass multiplier great attractor mass factor percentage of neutron split in the 'Big-Bang'

ultimate body mass (minimum) ultimate body mass (actual) number of proton-electron pairs number of neutrons neutron energy (total) neutron energy (released) Hades launch velocity great attractor mass Hades launch energy travel acceleration distance from great attractor today gravitational acceleration today ultimate universal reach (ₒ)li> time @ Rₒ gravitational acceleration @ Rₒ constant of proportionality

Spin

Calculates the rotational performance, including internally generated frictional heat, in all the principal celestial bodies in our solar

You enter:

and the physics calculator will provide:

satellite mass half major-axis perigee distance satellite body radius satellite orbital period satellite spin period satellite tilt angle satellite core radius satellite core density sum of sub-satellite perigee kinetic energies sum of sub-satellite apogee potential energies

radial modifier satellite polar moment of inertia satellite rotational energy component due to orbit satellite rotational energy component due to force-centre spin total satellite rotational energy satellite rotational energy component due to sub-satellites satellite rotational velocity due to E₀ satellite rotational velocity due to E₁ satellite rotational velocity due to E₂ satellite rotational velocity due to E₃ internal friction energy between core and mantle relative rotational velocity between core and mantle

Station Keeping

Compares NASA orbital data with that calculated, and defines the error in NASA's data.

system.

 

You enter:	and the physics calculator will provide:
satellite mass half major-axis perigee distance orbital period	error

Core Pressure

Calculates the pressure at any radius inside any viscous body using Isaac Newton's force formula.

You enter:	and the physics calculator will provide:
internal radius at which pressure is required surface (outside) radius body density	internal volume external volume internal mass external mass total force at Rᵢ internal pressure at Rᵢ

Neutron Energy

Calculates the energy in all the neutrons in any specified mass.

You enter:	and the physics calculator will provide:
atomic number relative atomic mass mass	number of neutrons neutron energy

Lunar Energies

Calculates the sum and difference of the kinetic and potential energies in all principal lunar satellites in our solar system,.

You enter:	and the physics calculator will provide:
Factor	sum of lunar kinetic energies at their orbital perigee sum of lunar kinetic energies at their orbital apogee difference between perigee and apogee kinetic energies sum of lunar potential energies at their orbital perigee sum of lunar potential energies at their orbital apogee difference between perigee and apogee potential energies

Check minimum system requirements