If a planet did not have its own path around the sun, it would either fly off into space or be pulled into the sun due to its gravitational attraction. The planet's orbit around the sun is crucial to maintaining its stability and keeping it from wandering off into the vastness of space.
orbit.
If the rocket from earth looped into the Mars gravitational pull it should be pulled into a orbital path around the planet. But as on earth it would eventually slow down and be attracted to the surface of Mars were it would crash
That is called the planet's orbit.
U answer
The path that the planet follows is simply called the orbit. Orbit can mean 'to revolve around the sun' or it can be referred to as the path itself, e.g. 'Earth is following its orbit.'
If a planet is not in orbit around a star, it would either drift off into space or be captured by another gravitational force. Without being in orbit, a planet would not experience the necessary gravitational pull to maintain a stable path around a star.
it wont be a planet any more
path of planet around the sun
A force that most affects the path of a planet around the Sun is gravity.
This is called "orbit".
The path a revolving object moves along is called an orbit. The object revolves around a central point, such as a planet revolving around a star or a moon revolving around a planet.
orbit.
the answer is: the elliptical orbit of the planet
orbit
No, by definition a body must revolve around the sun in its own path to be planet. The moon has a path around earth and the sun.
The scientific name for the path of a planet around the sun is an orbit. The shape of this path can be an ellipse, with the sun located at one of the foci of the ellipse.
The path the planets take around the sun, is called a orbit.