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Does the sun's mass control the motions of the planets?
Yes, the sun's mass is a crucial factor in controlling the motions of the planets in our solar system. The sun's gravitational force keeps the planets in orbit around it, shaping their paths and governing their speeds. The more massive an object, like the sun, the stronger its gravitational pull on surrounding objects.
What is a system consisting of the Sun planets and many smaller objects called?
solar system
What are the main objects in the solar system how are they different?
the main objects in the solar system are the 8 planets and the sun and asteroid's are alike because they both are in the solar system and they are different because the sun is the fartest object in the solar system and the 8 planets are large natural objects that orbit the sun.:):)
What orbits around the sun and the objects?
Planets, dwarf planets, asteroids, and comets all orbit around the sun in our solar system. Moons also orbit around planets and some dwarf planets in the solar system.
Explain how the planets in our solar system move in relation to the sun?
Due to the sun's gravity, the planets in our solar system revolve around the sun. This revolution around the sun determines our seasons.
Does the sun's mass control the motions of the planets?
Yes, the sun's mass is a crucial factor in controlling the motions of the planets in our solar system. The sun's gravitational force keeps the planets in orbit around it, shaping their paths and governing their speeds. The more massive an object, like the sun, the stronger its gravitational pull on surrounding objects.
Which planets' motions were described with epicycles in the Ptolemaic system?
In the Ptolemaic system, the motions of Mercury, Venus, Mars, Jupiter, and Saturn were described with epicycles. These epicycles were small circles that the planets were thought to move in while also orbiting the Earth on larger deferent circles.
Are there other objects in the solar system besides planets?
Yes, there are many other objects in the solar system besides planets. Some of these include moons, asteroids, comets, dwarf planets, and Kuiper Belt objects. Each of these objects plays a unique role in shaping the dynamics of our solar system.
What are the objects in the solar system?
Planets, Dwarf Planets, moons and ring systems of these planets, Comets, Meteors, Asteroids, The Sun, Kuiper belt objects and the Oort cloud.
What are the major objects in your solar system?
Roughly in order of decreasing size and mass, the objects in the Solar System are: the Sun; the planets; moons; dwarf planets; other planetoids; comets.
Why do planets have circular and elliptical motions in the solar system?
The scientific explanation lies in Kepler's laws of planetary motions, which were discovered by Newton to be linked with the law of gravity. All the planets have elliptical orbits, and many of those are close being circular.
What controls the motions of the planets?
The motions of the planets are primarily controlled by gravity, which is the force of attraction between all masses in the universe. In our solar system, the Sun's gravitational pull governs the orbits and movements of the planets. The precise motions of the planets are also influenced by their initial velocities and the conservation of angular momentum.
What is a system consisting of the Sun planets and many smaller objects called?
solar system
What objects can you find in the solar system?
star,moon,planets,asses
What includes the sun planets moons and other objects?
The solar system
What are the main objects in the solar system how are they different?
the main objects in the solar system are the 8 planets and the sun and asteroid's are alike because they both are in the solar system and they are different because the sun is the fartest object in the solar system and the 8 planets are large natural objects that orbit the sun.:):)
Why do the planets and the other objects in the solar system stay in their orbits?
The planets and other objects in the solar system stay in their orbits due to the mutual gravitational attraction between each orbiting object and the Sun.
