There are no giant balls of burning glasses: glass is not really a combustible material.
Answer: No it is a ball of hot gases Answer: No. The Sun gets its energy from nuclear fusion; NOT from a chemical reaction such as burning coal. The main elements in the Sun are - in that order - hydrogen and helium (more precisely, the isotopes hydrogen-1 and helium-4). There are trace amounts of carbon in the Sun, but that's not what keeps it hot.
a star
the SUN
That sounds like the description of a star. Please note that the "burning" does not refer to a chemical reaction, even though stars are "burning hot"; stars get their energy from nuclear fusion.
It probably wont hit Mars at the Red Giant phase but Mars will get VERY hot.
The Sun is a Giant ball of burning gases, but the sun is a star so I'm guessing what you are looking for is the Sun or a Star.
Answer: No it is a ball of hot gases Answer: No. The Sun gets its energy from nuclear fusion; NOT from a chemical reaction such as burning coal. The main elements in the Sun are - in that order - hydrogen and helium (more precisely, the isotopes hydrogen-1 and helium-4). There are trace amounts of carbon in the Sun, but that's not what keeps it hot.
an astroid
a star
the SUN
They mean that there is VERY HOT burning gasses in a ball shape.
Because of the yellow fire ball in the sky slowing burning our planet.
A star, or a sun. (If it's close, it's a sun. If it's a long way away, it's a star.)
Hot.
Hot.
One is a giant ball of rock, the other is a massive fusion reaction. The center of both are both REALLY hot...I guess...thats about it.
That sounds like the description of a star. Please note that the "burning" does not refer to a chemical reaction, even though stars are "burning hot"; stars get their energy from nuclear fusion.