"The core is made of hot, dense gas in the plasmic state"
None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.
No it is not. the suns core is 15 million degrees Celsius. Lightning does not even come close to that hot. Lightning is, however, about 5 times hotter than the surface of the sun.
The temperature of the core of a neutron star can range from around 1 million to several billion degrees Kelvin, making it incredibly hot. This high temperature is a result of the extreme density and strong gravitational forces present in the core.
the suns heat light and energy comes from the core of the sun and travels trough space
The core of the sun has a temperature of about 15 million Kelvin (K).
"The core is made of hot, dense gas in the plasmic state"
The temperature is sun's core is about 157,000,000 kelvin or 282,599,540 Fahrenheit
I beleive it is 5,788 degrees Kelvin on the surface The inner core exeeds 5 million degrees Kelvin
The suns core is the innermost portion or the photosphere of the sun. It's the hottest layer and under the highest pressure, enabling nuclear fusion to take place, which produces the energy. The suns core temperature is estimated to be around 13.6 million degrees Kelvin.
27 MILLION degrees Farenheight way way way hotter than Venus's surface and Earth's CORE!
No, you need another 0 on the end. The surface temperature of our sun is around 5500 to 6000 degrees Kelvin, about the same in °C. The inner core temperature is around 14.5 million degrees Kelvin.
Nothing, it just got a little hotter. For nuclear fusion to occur it had to reach 10 million degrees kelvin.
Its about 5670.16 degrees kelvin
The temperature of the Earth's inner core is estimated to be around 6000 kelvin.
None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.
helium and hydrogen