Thermal velocity of particles in the solar corona

AI Thread Summary
The discussion revolves around estimating the thermal velocity of particles in the solar corona, specifically at a distance twice the radius of the sun. Participants mention using the formula for thermal energy, Eth = kB*T, where kB is the Boltzmann constant. The average temperature of the solar corona is noted to be approximately 10^6 K, which is considered sufficient for calculations. The conversation highlights the relationship between temperature and particle velocity, emphasizing the need for clarity in the calculations. Overall, the focus is on applying these principles to understand the thermal dynamics of the solar corona.
Cerdocyon
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Hello i have a problem with this question if anyone could help me ,that would be great.
Estimate the thermal velocity of particles in the solar corona (take a distance two times the radius of the sun and assume that the particules have only two degrees of freedom),
thus the thermal energy is calculated via Eth = kB*T where kB is Boltzmann constant.
Thank you.
 
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Do you know the temperature?
There is a relation between temperature and average/squared average/whatever velocity.
 
hmmm well it's not precised but the average temperature in the corona is 10^6 K, i guess it will do.
 

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