No. The tail of the comet points away from the sun.
Solar winds blow the debris of the traveling comet to make it appear it has a tail.
The Comet's Tail forms when sunlight causes the Comet's ice to change to a gas. The gas or ion , tail of a comet streams from the comet's head, carrying with it dust particles. The solar wind electrically charged particles, expand away from the sun pushes the gas away from the comet's head. Regardless of where its going the tail points away from the sun.
comet
The tail is actually moving away from the comet. The solar wind pushes the dust and ice particles away from the comet as it melts. The ice particles reflects the light from the sun allowing us to see the tail. In fact, the comet's tail is never behind it. It is always to one side of its direction of travel.
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.
Solar winds blow the debris of the traveling comet to make it appear it has a tail.
The head of the comet
A comet's ion (gas) tail always points directly away from the sun. Some comets also have a dust tail (antitail) which may curve slightly away to the side of the ion tail.
It is on the side of the comet furthermost from the Sun. Conventional wisdom dictates gravity defines up and down therefore it is on "top" of the comet since the comet is trapped by the gravity of the Sun.
comet
The Comet's Tail forms when sunlight causes the Comet's ice to change to a gas. The gas or ion , tail of a comet streams from the comet's head, carrying with it dust particles. The solar wind electrically charged particles, expand away from the sun pushes the gas away from the comet's head. Regardless of where its going the tail points away from the sun.
A comet's tail is formed when the Sun's radiation and the pressure of light drive the very thin gases and very small particles that form the head of a comet away from the head.
The tail is actually moving away from the comet. The solar wind pushes the dust and ice particles away from the comet as it melts. The ice particles reflects the light from the sun allowing us to see the tail. In fact, the comet's tail is never behind it. It is always to one side of its direction of travel.
The pressure of the sun's light shining on the wispy gasses vaporizing from the comet's head push the tail of the comet away from the sun. While it looks like the "tail" of the comet is trailing behind, the tail always points away from the Sun. So after the comet's perihelion (the closest approach to the Sun) the "tail" is actually LEADING the comet!
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.
A comet's "tail" points away from the Sun. Moving away from the Sun, that means that the comet is moving "tail-first" through space. This is because the comet's tail is actually just wisps of gas and dust melting out of the "nucleus" or head of the comet. The light of the Sun actually has a pressure, and this solar pressure blows the dusty gas away from the comet itself. It is this dusty gas reflecting the Sun's light that we see.
The tail of a comet always points away from the Sun, no matter which direction the comet is moving. This is because the Sun heats the comet up and blasts away the 'dirty ice' it's composed of, creating a tail that streams away from the Sun.This means that a comet can actually be travelling such that it's tail is ahead of it.