DOVR-126 integral prime, time, trajectory, gravity, matter, spacetime- of a planet, relatively to its sun, and its orbital speed, and formula, with which said planet can measure it's orbital speed in a spacetime of an infinite sequence, such that earth, 2moon and venus can use this formula to measure their orbital speed, say 1km/s, 2km/s, 3km/s, etc, the formula says: planet velocity is proportional to the planet diameter, say 1cm/s, 2cm/s, 3cm/s, etc, also, it's proportional to the planet force, say 1N, 2N, 3N, etc, as the following equation says: v = c² * m / l, v is the planet velocity, c is the speed of light, m is the planet mass, l is the planet radius, since in a spacetime of an infinite sequence, the planet diameter is equivalent to the planet radius, thus, the formula becomes: v = c² * m / l², which we can measure for a planet in said spacetime, also, the planet height is proportional to the planet velocity, and zero gravity is proportional to the planet height, thus, the formula becomes: v = c² * m / l² + (a / l) * (m / l)², v is the planet velocity, c is the speed of light, m is the planet mass, l is the planet radius, a is the asteroid velocity, and n is the planet force, as the following equation says: v = c² * m / l² + (a / l) * (m / l)², v is the planet velocity, c is the speed of light, m is the mass of the planet, l is the planet radius, a is the asteroid velocity, and n is the planet force, as the following equation says: v = c² * m / l² + (a / l) * (m / l)², v is the planet velocity, c is the speed of light, m is the mass of the planet, l is the planet radius, a is the asteroid velocity, and n is the planet force, as the following equation says: v = c² * m / l² + (a / l) * (m / l)², v is the planet velocity, c is the speed of light, m is the mass of the planet,
2月 26日 2021年