planets
True. In the context of the solar system, planets can be considered satellites of the Sun because they orbit around it due to its gravitational pull. However, the term "satellite" is more commonly used to refer to smaller bodies that orbit larger bodies, such as moons orbiting planets. In astronomical terms, the Sun is the central star around which the planets revolve.
Assuming no typo on your part regarding the "A" satellite, it would be that the moon was the first satellite orbiting earth. If you meant "why is the moon known as a satellite", it's because it is a satellite. Anything that orbits is a satellite.
Well, yes, but it is orbiting a planet, and both of them together orbit the Sun.
No, the moon is not a star at all. It is Earth's natural satellite, orbiting around our planet. Stars are massive celestial bodies that produce their own light through nuclear reactions, and are much larger and hotter than the moon.
The moon became a satellite of Earth due to a gravitational capture event early in the formation of the solar system. It is believed that a celestial body about the size of Mars collided with Earth, leading to the creation of the moon. The moon has been orbiting Earth ever since, due to the gravitational force between the two bodies.
The correct spelling of the plural noun is satellites(orbiting bodies).
There is no scientific term for everything in space, other than "everything." As for objects orbiting a star, a satellite is an object orbiting a larger object. A moon is a planet's satellite, as a planet is often a star's satellite, and a star is often the satellite of a galactic core (often a black hole). A common term for objects orbiting the sun (designation Sol) is "Celestial Bodies" or "Heavenly Bodies." This is not, however, an accurate term, as space is not 'heaven,' or 'celestial,' and 'bodies' imply set and indivisible objects. Therefore, satellites is the best term for "All the space objects orbiting the sun."
The "Big Grass Field" on an orbiting satellite is often whimsically referred to as "The Cosmic Pasture" in the realm of orbiting satellite algebra. This playful term captures the vast expanse of space, likening it to a field where celestial bodies graze in the grand tapestry of the universe. It adds a touch of flair to the otherwise technical discussion of orbital mechanics!
Correct. The Moon is the Earth's only natural satellite, contrary to most planets in out Solar System that normally have multiple celestial bodies [moons] orbiting them.
A Satellite (like our moon) Orbiting bodies are in fact orbiting each other, so that there are binary stars (two stars of about equal size) that are orbiting each other, or even binary planets.
Not necessarily. Two bodies co-orbiting can have different velocities depending on their mass and distance from the central body. The velocities of the bodies would be determined by the balance between gravitational force and centripetal force.
Planets are not considered satellites, but rather celestial bodies that orbit around stars, like our Sun. Satellites are objects that orbit larger celestial bodies, such as planets orbiting around stars or moons orbiting around planets.
A SATELLITE is an object that orbits another object. Natural satellite: the moon Synthetic /artificial satellite: the Hubble space telescope
The Roche limit is the orbital distance at which a satellite with no tensile strength (a "liquid" satellite) will begin to be tidally torn apart by the body it is orbiting. A real satellite can pass well within its Roche limit before being torn apart.
Apogee is a place, not en event. Apogee is the point in the orbit of an Earth satellite at which the satellite is farthest from the Earth. (Since all closed gravitational orbits are ellipses rather than circles, the distance between the orbiting bodies changes.)
Because the central star is a source of heat, bodies orbiting nearer to it will be warmer than those further away.
True. In the context of the solar system, planets can be considered satellites of the Sun because they orbit around it due to its gravitational pull. However, the term "satellite" is more commonly used to refer to smaller bodies that orbit larger bodies, such as moons orbiting planets. In astronomical terms, the Sun is the central star around which the planets revolve.