the galaxy has difrent kinds of mass arouund each planet depending on what planet you are speaking of, it might be because of mass of the planet or what size a revolution (size of a complete circle) it must make
Terrestrial planets are closer to the sun than gas giants, which means they have shorter orbital periods. This leads to terrestrial planets moving more rapidly in their orbits compared to gas giants. It is a result of the gravitational pull from the sun being stronger on planets closer to it, causing them to move faster.
The planets in our solar system move in elliptical orbits around the Sun due to the gravitational pull of the Sun. Each planet travels at a different speed depending on its distance from the Sun, with closer planets moving faster than those farther away. Additionally, the planets rotate on their axes as they orbit the Sun, creating day and night cycles.
he wondered if there was a reason that the planets closest to the sun move faster than the planets farther away.
The outer planets are composed mostly of gases, which do not have a solid surface like the inner planets. This lack of solid surface allows the outer planets to rotate more quickly, as there is less resistance for their rotation. Additionally, the outer planets have more mass, which also contributes to their faster rotation.
Yes, Jovian planets rotate faster than terrestrial planets. For example, Jupiter completes a rotation in about 10 hours, while Earth takes roughly 24 hours. This difference is mainly due to the Jovian planets having a greater amount of mass and their composition, which affects their rotation speeds.
they have a greater distance to travel
The close-in ones move fast, the far-out ones move slower. It's governed by Kepler's third law.
I assume you mean Mercury. As it is closest to the sun, it must orbit faster than the others, to balance the gravitational force from the sun.
an engine
the gasses travel faster than the light. but why. the gasses are not rockyb
The speed at which planets travel in their orbits depends on their distance from the sun and their mass. According to Kepler's laws of planetary motion, planets closer to the sun orbit at higher speeds because they experience a stronger gravitational pull. Additionally, planets with less mass also tend to move faster as they are less influenced by the gravitational pull of the sun.
The inner planets (Mercury, Venus, Earth, Mars) have shorter orbits and faster speeds, completing their orbits in less time than the outer planets (Jupiter, Saturn, Uranus, Neptune). The inner planets are closer to the sun, so they experience stronger gravitational forces that cause them to orbit more rapidly, while the outer planets move more slowly due to their greater distance from the sun.
Terrestrial planets are closer to the sun than gas giants, which means they have shorter orbital periods. This leads to terrestrial planets moving more rapidly in their orbits compared to gas giants. It is a result of the gravitational pull from the sun being stronger on planets closer to it, causing them to move faster.
Less. Uranus is further away from the Sun. In general, the planets closer to the Sun move faster.
To move people and/or cargo from one location to another. It is faster than a car and cheaper than a plane
Yes, it could be because it is lighter, or thiner. Or the magma moves it faster at that particular point.
Sound will usually move faster in a solid than in a liquid.