The conversion unit in the vector

• 1. Two points.
• 2. The theorem on the transformation of scalar to vector.
• 3. Transform unit vector.
• Global Velocity Vector

Some properties of the global vector

• 1-e property. Perpendicularity of the global velocity vector and acceleration.
• 2nd property. The length of the vector of global acceleration.
• 3rd property. Hyperspeed.
• The 4th property. Clotting (projection).
• The 5th property. The time coordinate.
• The additional properties.

Global convolution of the vector

• Global convolution of the vector to a constant speed
• Convolution of a global vector using quaternions
• Convolution of the global vector and change in body mass. Antigravity

Projection of the global vector onto our 4D world

• Part 1. Projection of a uniformly moving point
• Part 2. Projection of a point moving along a circle
• Appendix. Why the speed of light is the same in all reference frames

Some classic formula simply and clearly

• Addition of velocities.
• The Doppler Effect. Geometry and mathematics.
• The Doppler Effect. Special cases.

Quadratic number system

• Properties of quadratic numeration
• Transforming some scalar periodic and gyroscopic functions into vectors

Some applications

• Eulerian subspace transformations and quantum entanglement
• Energy spectrum of a moving point
• Global vector of momentum and energy mc²
• The global modules of the vectors of momentum and force
• Communication global vectors of momentum and strength with the energy