Physics with transforms/Explanation & How to Use
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- Physics with transforms/New invention
- Table of Contents
- Explanation & How to Use
- The Transform
- Physics with Transforms side 1
- Physics with Transforms side 2
- Math Chart side 1
- Math Chart side 2
- About the Author
[edit] The Scientific Chart of Physics with Transforms
The scientific chart has three columns:
- The left column is of experimental installations, where formulas come from. These formulas form ratios along the sides of the two similar triangles in the geomentric diagram.
- The center column has geometric diagrams formed by two similar triangles. The value of the ratios from the experimental formulas are written near the vertex of its angle and are noted as in mechanics: =F, =m, =a. Mathematical ratios form proportions where new formulas are deduced.
- The right column has the transforms. The transform is shown as a rectangular line with the mathematical function P, proportion.
Inside the rectangle above are the three formulas taken from the experimental installation, and below are the two formulas derived from the mathematical transformation.
If you want to know the foundation and derivation of a transform study the geometric diagram. The transforms work like a periodic table of physics. Formulas are grouped for easy memorization.
The table is a mnemonic. Each transform works sixteen formulas.
A cable supporting a bridge conducts force similarly to how a wire conducts electricity. Formulas are similar in a path of conduction of gas, liquid, oil, heat, force, electricity, magnetism, light, radiation and so on.
In mechanics the force of pressure, pulling and gravity which maintain the universe in equilibrium. Thermology has the force of dilation. Electrostatics has the force of attraction, the same as in magnetism. Force produces energy in its movement. The transforms link these forces.
You can get important fundamental formulas in mechanics, elasticity, viscosity, thermology, thermodynamics, electricity, electrostatics, electrodynamics, electromagnetism, and electromagnetodynamics. Not a book title page. Please remove {{alphabetical}} from this page.
