The Sun has a diameter of about 1.4 million kilometers (approximately 864,000 miles), making it roughly 109 times wider than Earth. Its core temperature reaches around 15 million degrees Celsius (27 million degrees Fahrenheit), while the surface temperature is about 5,500 degrees Celsius (9,932 degrees Fahrenheit). This immense heat is generated through nuclear fusion processes occurring in the Sun's core.
The sun is a yellow dwarf star. Its color, temperature, and size classify it as such compared to other types of stars.
it can not burn down a town hudave
The star called Betelgeuse is a red giant. It is about 700 times the size of the sun, and its temperature is lower than that of the sun's, at around 6,000 degrees Fahrenheit.
All stars are sun or sun is the star both are same.
The temperature of the sun stays constant. At night, you are facing away from the sun, and the Earth is beyween you and the sun.
It isn't. The sun is a star and there are others that are similar in size and temperature.
Color, Temperature, size/mass, and brightness
The sun is much smaller and cooler.
The sun is a star - so it's the same as any star its size.
Yes, the sun is an average-sized star in terms of its size, temperature, and luminosity compared to other stars in the universe.
structure and composition of the motion
Pluto. It is the 9th planet from the sun and it is very different then Earth in size and temperature
The brightness of a star depends not just on its surface temperature, but also on its size and distance from Earth. While Rigel is hotter than the Sun, it is also a much larger and more luminous star. Therefore, even though the Sun is cooler than Rigel, it appears brighter to us because it is much closer and has a larger luminosity due to its size.
No, dwarf stars are smaller in size and mass compared to our Sun. They are classified by their lower luminosity and surface temperature.
Nothing, really. The Sun is average in size, temperature, and density. Its an all around average star.
Rigel has a radius which is 79 times as large as the sun - so that its volume is half a million times as great. The Rigel's effective temperature is 12100 K compared to the sun's 5778 K : about 2.1 times as hot.
If all the water on Earth was suddenly transported to the Sun, the impact on the Sun's temperature would be negligible. The Sun's immense size and heat make the water from Earth a minuscule addition in comparison. The Sun's temperature and energy output would not be noticeably affected.