Orbits remain relatively identical for each body that orbits because neither the force of gravity between the primary and secondary have changed, nor has the momentum of the orbiting body been altered. Since both factors are the same, so is the orbit which depends on them.
true becuse i just did the same one
the earth travels around the sun in a roughly circular path because the sun's gravity is pulling on the earth. The earth does not fall in to the sun, because it is moving very fast, which gives it centripetal momentum. Its kind of like a tether ball spinning around the pole. The rope represents the suns gravity pulling on the earth. When you hit the ball it goes around the pole in a circular path. The moon circles the earth in the same way
the earth travels around the sun in a roughly circular path because the sun's gravity is pulling on the earth. The earth does not fall in to the sun, because it is moving very fast, which gives it centripetal momentum. Its kind of like a tether ball spinning around the pole. The rope represents the suns gravity pulling on the earth. When you hit the ball it goes around the pole in a circular path. The moon circles the earth in the same way
the earth travels around the sun in a roughly circular path because the sun's gravity is pulling on the earth. The earth does not fall in to the sun, because it is moving very fast, which gives it centripetal momentum. Its kind of like a tether ball spinning around the pole. The rope represents the suns gravity pulling on the earth. When you hit the ball it goes around the pole in a circular path. The moon circles the earth in the same way
Satellites typically orbit Earth in elliptical or circular paths. The specific path depends on the satellite's purpose and altitude. Low Earth orbit satellites circle the Earth more quickly, while geostationary satellites orbit at the same rate as the Earth's rotation, appearing to stay stationary in the sky.
it remain same like first it was.
the mass will remain same.
Nothing. A black hole formed from Earth would have the same mass as Earth and therefore the same gravitational pull at any given distance. Even the moon, our closest neighbor in space, would remain in the same orbit around the new black hole as it did around the planet Earth. It would only be well within the former radius of Earth that you would encounter anything abnormal.
It will remain the same.
The Moon orbits the Earth in an elliptical path, completing a full revolution approximately every 27.3 days. This orbital motion is influenced by Earth's gravitational pull, which keeps the Moon in a stable trajectory. Additionally, the Moon's orbit is tilted about 5 degrees relative to Earth's orbital plane around the Sun, leading to variations in its visibility from Earth. As it orbits, the Moon also rotates on its axis, resulting in the same side always facing Earth, a phenomenon known as synchronous rotation.
The Earth moves in its orbit around the Sun due to the force of gravity, which keeps it in a stable path. The Sun, on the other hand, does not appear to move in the same way because it is much more massive than the Earth and is the center of our solar system, so it remains relatively stationary as the planets orbit around it.
The earth's environment is constantly changing and will continue to do so until the planet is destroyed. Nothing in the universe stays the same forever. On earth, things change because of weather patterns, temperature shifts, the movement of the continents, and because all of the things people do change the world around them.