Basically no! If you were to take an axis of 0 degrees to be completely vertical (in reference to the Earths orbital plane) then the Earths actual axis is 23.44 degrees (hence we have summer and winter) although this does vary over a 42 thousand year period between 22.1 degrees and 24.5 degrees.
As far as we know, none of them is, although planetary scientists are still not sure about Mercury.
Aside from Mercury, the one that comes closest is Jupiter, which is inclined only 3.1° from perpendicular.
Earth's axis is inclined 23.5° from perpendicular.
The champion and weirdest planet of all is Uranus, with an inclination of 97.8° from perpendicular.
The planet Earth is unique in the solar system as it is the only planet with one moon.
Mercury and Venus do not have any natural satellites.
The tilt of a planet is not measured in degrees CELSIUS - that's a temperature, not an angle.
The axis of Uranus is tilted 98 degrees.
Mars has a tilit similar to Earth at an angle of 25.19o
yo moma
who ever put this is uneducated we over here tryna learn nd u acting dumb
Mars has almost the same rotational period (day) as Earth.. at just over 24 hours 37 minutes.
Mars' rotational period is close; about 24 hours 45 minutes or so. No other planet spins at this rate; some are much slower, while giant Jupiter spins in just 10 hours!
All of them do.
this would be uranus
Neither; the ecliptic, the plane of the Earth's orbit around the Sun, is inclined to the galactic plane by about 60 degrees. The galactic plane is easy to see; it is the path of the Milky Way across the night sky.
All planets lie in the plane of their orbit, but most spin on an that is nearly (many have tilted axes of spin) perpendicular to that plane. The one exception is the planet Uranus which has its axis of spin lying very close to its orbital plane.
No, the Earth's axis of rotation is at a twenty three and a half degree angle to the plane of its orbit, which is closer to being perpendicular than it is to being parallel. This 23.5 degree "axial tilt" are responsible for, among other things, our seasons.
Uranus's axis of rotation is tilted at about 98 degrees from the perpendicular to its orbital plane. This means its axis is roughly in the plane of its orbit. It looks as if it's rotating "on its side" so to speak. So rotation is clockwise when viewed from "above " the plane of its orbit. ("Above" is the direction above the Earth's North Pole.)
This refers to the Earth's axis of rotation; and the tilt (which is about 23.5°) is measured from a perpendicular to the Ecliptic, i.e., the plane of Earth's orbit.
Neither; the ecliptic, the plane of the Earth's orbit around the Sun, is inclined to the galactic plane by about 60 degrees. The galactic plane is easy to see; it is the path of the Milky Way across the night sky.
That plane contains what is called the celestial equator, the projection into space of earth's equator. Not to be confused with the ecliptic, which is the plane containing earth's orbit around the sun.
the earth is not perfectly round, as with most other planets it is an oblate spheroid. Answer: The tilt refers to a tilt in the axis of rotation, compared to a line that is perpendicular to the Ecliptic (the plane of Earth's orbit around the Sun).
All planets lie in the plane of their orbit, but most spin on an that is nearly (many have tilted axes of spin) perpendicular to that plane. The one exception is the planet Uranus which has its axis of spin lying very close to its orbital plane.
No, the Earth's axis of rotation is at a twenty three and a half degree angle to the plane of its orbit, which is closer to being perpendicular than it is to being parallel. This 23.5 degree "axial tilt" are responsible for, among other things, our seasons.
Uranus's axis of rotation is tilted at about 98 degrees from the perpendicular to its orbital plane. This means its axis is roughly in the plane of its orbit. It looks as if it's rotating "on its side" so to speak. So rotation is clockwise when viewed from "above " the plane of its orbit. ("Above" is the direction above the Earth's North Pole.)
Uranus's axis of rotation is tilted at about 98 degrees from the perpendicular to its orbital plane. This means its axis is roughly in the plane of its orbit. It looks as if it's rotating "on its side" so to speak. So rotation is clockwise when viewed from "above " the plane of its orbit. ("Above" is the direction above the Earth's North Pole.)
Uranus's axis of rotation is tilted at about 98 degrees from the perpendicular to its orbital plane. This means its axis is roughly in the plane of its orbit. It looks as if it's rotating "on its side" so to speak. So rotation is clockwise when viewed from "above " the plane of its orbit. ("Above" is the direction above the Earth's North Pole.)
The planets don't all orbit the Sun in EXACTLY the same plane - there are small variations. The plane where Earth orbits is called the Ecliptic; other planets orbit fairly close to that same plane.
This refers to the Earth's axis of rotation; and the tilt (which is about 23.5°) is measured from a perpendicular to the Ecliptic, i.e., the plane of Earth's orbit.
No; it's about 23 degrees off the plane of its orbit.
Imagine a basketball player spinning a ball on his finger. The axis of rotation would be vertical and in line with the player's finger. So an imaginary plane perpendicular to this vertical axis, would be horizontal and parallel with the ground. Likewise, in space, this imaginary plane of millions of square miles is where the circular or elliptical orbits of planets are all forced onto. It is not by chance that they are aligned perpendicular to the sun's axis of spin, but for more complicated physical reasons involving the sun's constant gravitational pull on the planets.