Many of the players in the Solar system have orbit of similar shapes but they ordered a very different speeds why do the planets orbit at different speeds
Planets are kept in their orbits by tension force which is affected by the atmospheric pressure of a planet
Planets are kept in their orbits by electromagnetic force which is affected by the diameter of a planet
Planets are kept in their orbits by friction which is affected by the temperature of a planet
Planet is kept in their orbits by gravity which is affected by the mass of a planet
The planets in our solar system orbit at different speeds due to the influence of gravity. The gravitational pull of the Sun affects each planet differently based on their individual mass. The larger and more massive planets feel a stronger gravitational force from the Sun, causing them to orbit at a faster speed. Conversely, smaller and less massive planets are affected less by the Sun's gravity and thus orbit at slower speeds.
Additionally, the distance of a planet from the Sun also plays a role in determining its orbital speed. Planets that are closer to the Sun have shorter orbital paths and therefore orbit at faster speeds, while planets farther from the Sun have longer orbital paths and orbit at slower speeds.
In summary, the varying speeds at which planets orbit the Sun are a result of the complex interplay between their individual masses, distances from the Sun, and the gravitational forces at play in our solar system.