No - each of the planets in our solar system travels a greater distance, the further they are away. For example, Pluto is 1,000 times further away from the sun than Mercury. Pluto (the outer-most planet) takes 246 years to orbit the sun once. Mercury (closest to the sun) takes just 88 days !
To be in a perfect orbit around the Sun, maintaining always the same distance, at a specific distance a planet would need a very specific speed. Since it is unlikely that it just happens to have the correct speed, it will move around the Sun in an ellipse instead.
Only under once circumstance: a binary planet. In the case of a binary planet, two planets will revolve about their common center of mass and travel around their star together. The configuration is much like that of a planet with a large moon.
No, orbital radius and distance from the Sun are not always the same. The orbital radius refers to the average distance of an object in orbit around the Sun, such as a planet, from the Sun. However, because orbits can be elliptical, the actual distance from the Sun can vary at different points in the orbit, being closer at perihelion and farther at aphelion.
Jupiter is farther away from the sun and has less gravitational pull from it than earth , if it went faster it would leave the solar system. and it is because it is the biggest planet on earth so it needs more force to move it around faster
All the planets orbit in a perfect circle, so they always stay the same distance from the sun, except Pluto, which is why it is now a "Dwarf Planet".
The moon closer to the planet would complete an orbit first because it has a smaller orbit, which means it has a shorter distance to travel around the planet compared to the moon that is farther away.
No, planets do not all travel at the same speed. The speed at which a planet moves in its orbit around the Sun depends on its distance from the Sun and its mass. Closer planets tend to move faster than those further away.
No, even if going around in a circle is counted, the distance is the same.
It's the same distance no matter how long takes you. The distance is 24,901 miles.
To be in a perfect orbit around the Sun, maintaining always the same distance, at a specific distance a planet would need a very specific speed. Since it is unlikely that it just happens to have the correct speed, it will move around the Sun in an ellipse instead.
If two planet's of same mass revolving around the other body at the distance a and b respectively bus more than a and in front of each other then after how much time they will again come in front of each other
Oxygen and the "planet" needs to be closer to the sun as well, around the same distance that Earth and Mars is to the sun.
If you travel less distance in the same time, you are traveling slower.
Only under once circumstance: a binary planet. In the case of a binary planet, two planets will revolve about their common center of mass and travel around their star together. The configuration is much like that of a planet with a large moon.
Yes. Time is a function of distance and speed, and independent of the method of achieving that speed over the distance. time = distance ÷ speed
It's the part that is the same distance from all points on the surface.
Uranus is 7th planet out form the Sun in the solar system.mecuryvenusearthmarsjupitersaturnuranusneptuneUranus is at an average distance of about 19 AU from the Sun (19 times the distance Sun-Earth). The eight planets go around the Sun more or less in the same plane. The direction, of course, changes as Uranus moves around the Sun.