All the planets move around the sun in a - (a) Circular path (b) Rectangular path (c) Elongated path

By Ritesh|Updated : November 9th, 2022

All the planets move around the sun in an elongated path. When a satellite is in perigee, it is closest to the Earth in its orbit. The time during which the satellite is the furthest distance from the Earth is known as apogee.

Path of Planets around Sun - Kepler's First Law

  • According to the First Law of Kepler, every planet's orbit is an ellipse around the Sun.
  • One of the orbital ellipses' foci is always at the center of the Sun's orbit.
  • The orbit of the planet is elongated, which refers to that as it revolves around its axis, its distance from the Sun fluctuates.
  • Except for Mercury and Pluto, which have more extended routes that appear more eccentric, all of the planets have elongated orbits, but the eccentricities are so small that they appear round.
  • Kepler was finally forced to acknowledge that the planets' orbits are actually ellipses, which are extended or flattened circles, rather than circles.
  • So, this choice is the right one.

Summary:

All the planets move around the sun in a -(a) Circular path(b) Rectangular path(c) Elongated path

All the planets move around the sun in an elongated path. From the First law of Kepler, the orbit of every planet around the sun is an ellipse. The planets travel an elliptical course around the sun, in accordance with Kepler's first law.

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