Sirius is hotter than the sun.
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The temperature at the surface of Sirius is estimated to be 9 440 K.
The temperature at the surface of Sun is estimated to be 5 778 K.
Sirius is about 2.1 times as massive as our Sun and theoretical models show that the CNO cycle is the dominant source of energy in stars heavier than about 1.5 times the mass of the Sun and the CNO cycle produces energy at 17×106 K. Thus this must be (as far as we presently understand) the temperature of the core of Sirius.
Sirius is hotter in surface temperature but much smaller. It's an A-type star about 8.8 light-years away with an absolute magnitude of 1.4, so it's about 20 times brighter than the Sun. Seen from Sirius the Sun would be a second-magnitude star.
Canopus is F-type and 200 light-years away with an absolute magnitude of -4.7, which makes it about 5000 times as bright as the Sun, or 250 times brighter than Sirius. Seen from Canopus the Sun would be about an 8th-magnitude star.
Sirius is both hotter than the sun and also 23 times as bright as the sun. This star is sometimes called the dog star or the sparkling one.
Sirius is a binary star system.Sirius A has a temperature of about 9,940 KSirius B has a temperature of about 25,200 K
Sirius is a binary star. The temperature of Sirius A is roughly 10,000 degrees and Sirius B is about 25,200 degrees. These are only rough estimates as it is extremely hard to measure the exact temperature of something so hot
The flickering star in the eastern sky tonight is most likely Sirius, also known as the Dog Star. It is the brightest star in the night sky and is visible in the early evening in the eastern sky. Sirius is a binary star system, meaning that it is made up of two stars that orbit each other. The main star, Sirius A, is a white-hot star that is much brighter than our Sun. The companion star, Sirius B, is a white dwarf star that is much fainter than Sirius A. Sirius is a very hot star, with a surface temperature of over 10,000 degrees Celsius. This heat causes the star to emit a lot of light, which is why it is so bright. Sirius is also very large, with a diameter that is about twice the diameter of our Sun. Sirius is a relatively young star, with an age of only about 250 million years. This means that it is still burning hydrogen fuel in its core. Once Sirius runs out of hydrogen fuel, it will eventually become a red giant star. Sirius is a beautiful and fascinating star that is sure to amaze stargazers for years to come.
The core of the sun is about 15 million Kelvin.
Jupiter's core is about 36,00 Celsius.
The temperature of Sirius A is about 9,940K (or 9,666.85C).
Yes - Sirius is a blue-white star - the hottest type of star there is.
Sirius is a binary star system.Sirius A has a temperature of about 9,940 KSirius B has a temperature of about 25,200 K
Sirius is a binary star. The temperature of Sirius A is roughly 10,000 degrees and Sirius B is about 25,200 degrees. These are only rough estimates as it is extremely hard to measure the exact temperature of something so hot
White dwarf stars are hot , but not very bright, because they are so small. An example is "Sirius B", the companion of "Sirius A", the brightest star in the sky.
the earths core gets hot by all the heat on the surface and gose to the core of the earth.
The answer is hot liquid
Very hot.
Yest it is hot
Yes, homo sapiens. But if you wanted to ask 'Is Sirius Black homosexual?', then the answer is: 'We don't know'
Yes the inner core is hot. The temperature can reach up to 5500 degrees.
heater core hoses not hot