Same as any other comet: away from the Sun.
Same as any other comet: away from the Sun.
Same as any other comet: away from the Sun.
Same as any other comet: away from the Sun.
Away from the Sun. This may be behind the comet, or in front of it, if you consider the movement of the comet.
Away from the Sun. This may be behind the comet, or in front of it, if you consider the movement of the comet.
Away from the Sun. This may be behind the comet, or in front of it, if you consider the movement of the comet.
Away from the Sun. This may be behind the comet, or in front of it, if you consider the movement of the comet.
Always away from the Sun. The solar wind is an energetic particle stream that goes out from the sun in all directions. This "wind" will always push the sublimated incandescent gases and particles coming from the surface of the comet into a tail like structure when viewed from earth.
Away from the Sun. It is pushed away from the Sun by the solar wind. The direction of movement of the comet has nothing to do with the direction of its tail - the tail may well be "in front of" the comet, if the comet goes away from the Sun.
The tail of a comet points AWAY from the Sun regardless of the direction of the comets motion because of solar wind
in the opposite direction that the comet is heading
Same as any other comet: away from the Sun.
Away from the Sun. This may be behind the comet, or in front of it, if you consider the movement of the comet.
It points away from the Sun - no matter in what direction the comet is moving.
away from the sun
No, a comet's tail always faces away from the sun/
The comet's 'tail' always points away from the sun.
The tail of a comet is made up of a combination of frozen rock, and ice particles coming off the comet and is lit up by the sun. If you were to be in this tail, you would face: subzero temperatures and constant pummeling by SOLID ice and rock.
The tail of the comet always points away from the sun because, the comet rotates around the sun, also, it would not be able to face the sun because of the EXCRUCIATING HEAT! I love my family .
Venus is a planet, not a comet, so it does not have a tail.
No, a comet's tail always faces away from the sun/
The comet's 'tail' always points away from the sun.
The tail of a comet is made up of a combination of frozen rock, and ice particles coming off the comet and is lit up by the sun. If you were to be in this tail, you would face: subzero temperatures and constant pummeling by SOLID ice and rock.
The comet's tail is in front of the comet, not after
The tail of the comet always points away from the sun because, the comet rotates around the sun, also, it would not be able to face the sun because of the EXCRUCIATING HEAT! I love my family .
The coma, the nucleus, and the tail are the parts of a comet after the tail has formed.
Yes it does. The tail is formed from the cosmic 'wind' hitting the comet as it comes close to the Sun. Since the cosmic wind is always blowing away from the Sun's surface - the comet's tail will always stream away from the Sun.
In the Tail of a Comet was created on 2000-04-25.
Venus is a planet, not a comet, so it does not have a tail.
The three main parts of a comet are the nucleus, coma, and tail. The nucleus is the head of the comet, the coma is the middle, and the tail is the end of the comet.
A comet is a space thing that has a heavenly body and a tail. The most famous comet known is Hailey's comet.
The comet's "tail" is a stream of dust and vapors that melt and get pushed out of the comet by radiation pressure from the sun. The tail appears only when the comet is relatively near the sun, it's longest when the comet is nearest the sun, and it always points away from the sun, no matter which way the comet is moving.