The pressure at the core of the Sun is approximately 250 billion times the atmospheric pressure on Earth, or about 25 million times the pressure at sea level. This immense pressure is a result of the gravitational forces acting on the Sun's mass, which compresses the core to extremely high densities and temperatures, allowing nuclear fusion to occur. The core's conditions are essential for the Sun's energy production and stability.
Increase in the core temperature and decrease in the core radius.
"The core is made of hot, dense gas in the plasmic state"
The outer core is liquid. Its pressure is low enough and its temperature high enough for it to melt. The inner core is solid. Both its pressure and temperature are higher than the outer core, but the increased pressure overwhelms the increased temperature, keeping the inner core from melting.
the suns heat light and energy comes from the core of the sun and travels trough space
Yes, Inter core has more pressure than outer core and that's why outer core is solid, because there is not enough pressure in outer core.
it would increase
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.
helium and hydrogen
In the Sun's core.
In the Sun's core.
In the core
Core of the sun.
At the core where the fuel is burning
Increase in the core temperature and decrease in the core radius.
Pressure is the weight of an overlying column of material. The pressure at the core comes from 6400km of overlying rock, which is much denser than air
Pressure is the weight of an overlying column of material. The pressure at the core comes from 6400km of overlying rock, which is much denser than air
No it is not, however it is similar to that of the sun's surface