No. The comet will gradually evaporate, every time it comes near enough to the Sun.
Comets do not always maintain the same mass. As a comet travels through the solar system, it can lose mass due to the sublimation of its icy nucleus as it gets closer to the sun. This loss of mass can result in changes to the comet's appearance and behavior.
Comets are frozen collections of ice,dust and gases which moves around the Sun.
The ion tail of a comet always points directly away from the sun due to the solar wind pushing charged particles emitted by the comet.
No, a comet's tail always faces away from the sun/
A comet's tail is always pointed away from the Sun due to the solar wind. As the comet moves closer to the Sun, solar radiation and solar wind push the dust and gas away from the comet, creating the tail that appears to extend ahead of the comet in its orbit.
Comets do not always maintain the same mass. As a comet travels through the solar system, it can lose mass due to the sublimation of its icy nucleus as it gets closer to the sun. This loss of mass can result in changes to the comet's appearance and behavior.
No, they revolve in the universe, so not possible... with same force and gravity. I think it can't be same.
Comets are frozen collections of ice,dust and gases which moves around the Sun.
it might be the brightness of the comet.
No
yes
tae
The ion tail of a comet always points directly away from the sun due to the solar wind pushing charged particles emitted by the comet.
No, a comet's tail always faces away from the sun/
Solar wind makes a comet's tail always point away from the Sun.
Generally, only the brightest comets are visible in the daytime. There was a very bright comet in 1911, which preceded the appearance of Halley's Comet that year. Hale-Bopp was briefly visible during the day, as well.
A comet's tail is always pointed away from the Sun due to the solar wind. As the comet moves closer to the Sun, solar radiation and solar wind push the dust and gas away from the comet, creating the tail that appears to extend ahead of the comet in its orbit.