a equatorial orbit is not the same as a geostaninty orbist
In what year was the moon called Proteus discovered? real answer is..... Answer: Discovered by Voyager 2 spacecraft in 1989, it is named after Proteus, the shape-changing sea god of Greek mythology. Proteus circles Neptune in a nearly equatorial orbit at the distance of about 4.75 equatorial radii of the planet.
The equatorial diameter of the moon is 2,159.2 miles. The circumference is 6,783.5 miles. It has a mean radius of 1,079.6 miles.
The Moon completes its orbit around the Earth in approximately 27.3 days (a sidereal month). The Earth and Moon orbit about their barycentre (common centre of mass), which lies about 4700 km from Earth's centre (about three quarters of the Earth's radius). On average, the Moon is at a distance of about 385000 km from the centre of the Earth, which corresponds to about 60 Earth radii. With a mean orbital velocity of 1.023 km/s, the Moon moves relative to the stars each hour by an amount roughly equal to its angular diameter, or by about 0.5°. The Moon differs from most satellites of other planets in that its orbit is close to the plane of the ecliptic, and not to the Earth's equatorial plane. The lunar orbit plane is inclined to the ecliptic by about 5.1°, whereas the Moon's spin axis is inclined by only 1.5°.
Mercury's diameter is 4879km.
The equatorial line represents the imaginary line that divides the Earth into the Northern Hemisphere and Southern Hemisphere. It is located at 0 degrees latitude.
A satellite in an equatorial orbit flies along the plane of the Earth's equator. If an orbit does not lie at an equatorial orbit, then it will not remain at a fixed state.
No. Geostationary orbits are equatorial, but equatorial orbits are not necessarily geostationary. To be geostationary, the orbit needs to be equatorial, circular and at the altitude such that one orbit takes one sidereal day (approximately 24 hours 3 minutes 56 seconds. ) An equatorial orbit need only be located above the equator, may have any period and need not be circular.
equatorial orbit
The range of orbit inclinations for artificial satellites can vary from 0 degrees (equatorial orbit) to 90 degrees (polar orbit). The inclination determines how tilted the satellite's orbital plane is relative to the Earth's equatorial plane. Different types of orbits have specific inclination ranges based on their intended purpose and requirements.
Yes, but.... it would take a LOT of fuel to do! For practical purposes, the answer is no. No spacecraft built can carry enough fuel to significantly change its orbit.
No, it does not. The inclination of the moon's orbital plane is anywhere from 18.3 degrees to 28.6 degrees. The moon does intersect earth's equatorial plane twice during every sidereal orbit.
While there are two main ways a satellite can orbit: equatorial and polar; there are actually an infinite number of ways, depending on their orbital angle of inclination. Equatorial orbits have 0 degrees of inclination, polar orbits have 90 degrees of inclination. Satellites can also orbit forward or retrograde, but it is much harder to launch into retrograde orbits so the vast majority are in forward orbits.
Geo-stationary communication satellites are 35,768 Km far from earth surface at an equatorial latitiude.
The equator is an imaginary line drawn around the Earth parallel to the equatorial plane. The orbit refers to the curved path that an object takes around another object, such as a planet orbiting the sun. So, the equator and an orbit are different concepts related to the Earth's rotation and celestial movements.
The point on Earth nearest to the sun is the top of the Equatorial bulge around the equator. This is due to the Earth's obliquity and elliptical orbit.
There are equatorial lines of latitude.
North Equatorial flow clockwise and southern counter-clockwise.