in short, no!
A comet would not have enough iron to affect the Sun in any measurable way. Even a Jupiter-sized planet made of iron would not stop solar activity. The production of iron by a star is an endothermic fusion reaction. Any mass of iron nearing the Sun would be vaporized, and whatever entered the solar interior would circulate for many hundreds of years before any could reach the core.
the rocket will never even get close enough the sun because it will melt because the heat from the sun is too strong.
click the sun wait for the rocket and click the rocket on the sky
About another 4 billion years. Then the sun will explode and destroy the solar system, including mars. Until then it will have to orbit the sun. If you mean, "How long does it take for Mars to make a full orbit around the sun" (or something similar to that) , its 687 days
Yes, it can.
the sun can be destroyed by the molecules of the oxygen in the high quantity .the third form of helium and the oxygen can havethe capacity to destroy it black holes in the large quantity can destroy earth.
The distance from Earth to the Sun is approximately 93,000,000 miles. The speed of a rocket/spaceship is about 20,000 mph. So time taken would be 93,000,000/ 20,000 = 4650 hours. 4650 hrs / 24 = 193.75 days. About one half a year. These are fictitious figures for a DIRECT flight. However, astronomic bodies, Earth an Sun and spaceships. move in orbits/ellipses. This is normal Newtonian mechanics. Because everything is moving distances would be greater and the time taken would be longer.
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Yes, the sun does contain iron. Iron is one of the most abundant elements in the sun, making up about 0.1% of its total mass. Iron plays a crucial role in the sun's fusion process, helping to produce energy through nuclear reactions.
No. Iron melts at 1,538 degrees Celsius. The surface of the sun is at 5,500 degress Celsius, at which temperature iron is a gas.
The ozone does not destroy any gas. It absorbs the harmful UV rays of the sun.