The Sun is at a distance of about 150 million kilometers from Earth. It has a diameter of 1.4 million kilometers. Its apparent diameter (as seen from Earth) is about 1/2 of a degree. It is the main source of energy for Earth. It gets its energy from nuclear fusion - converting hydrogen-1 into helium-4. It has about 99.86% of the mass of the entire Solar System.
For more details, consult the Wikipedia article "Sun", or some other online sources.
Yes, the sun can be expected to have some carbon. That carbon would have come from the same source as the carbon on the earth. Our sun is not massive enough nor hot enough to nucleosynthesize carbon. That would require a red giant. See http://library.thinkquest.org/17940/texts/nucleosynthesis/nucleosynthesis.html for some more details.
If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.
Extra Details
Yes, Sun Tzu is believed to have had at least one daughter, though historical records about his family are limited. Some sources mention that he had a son named Sun Wu, who is often identified with his father, as "Sun Tzu" translates to "Master Sun." However, specific details about his children and their lives remain largely unknown due to the scarcity of historical documentation.
The same as planets - they move around the Sun in ellipses, the Sun being in one of the focal points of the ellipse. Read about Kepler's Laws for more details.
The same as planets - they move around the Sun in ellipses, the Sun being in one of the focal points of the ellipse. Read about Kepler's Laws for more details.
Absolutely zero. Our Sun does not have enough mass to explode as a supernova and it is those details that are required to make a black hole.
The sun is a star. Some stars are smaller than the sun and some are bigger.
That depends how you choose to count the layers. You can find details about the individual layers in the Wikipedia article about the Sun, among other places.
If you have some SAFE way of observing details on the sun, then the time betweenthe appearance of a spot on one edge of the sun until the same spot slides aroundthe opposite edge and disappears is 1/2 the sun's period of rotation at the latitudeof that spot.Features north or south of that spot will rotate faster or slower. The sun is not asolid body, so there's no reason that all of it has to rotate all at the same rate.And it doesn't.
mercury. Its the closest to the sun. i dont know the details :P
To capture the beauty of the sun effectively in photos, consider these tips: Use a tripod for stability, adjust exposure settings to avoid overexposure, use a lens hood to reduce lens flare, and experiment with different angles and compositions. Additionally, consider using filters to enhance the colors and details of the sun.