At sufficiently high temperatures, the thermal speeds of gas molecules may be high enough that collisions may ionize a molecule (that is, remove an outer electron). An ionized gas in which each molecule has lost an electron is called a “plasma.” Determine approximately the temperature at which air becomes a plasma.
At sufficiently high temperatures, the thermal speeds of gas molecules may be high enough that collisions may ionize a molecule (that is, remove an outer electron). An ionized gas in which each molecule has lost an electron is called a “plasma.” Determine approximately the temperature at which air becomes a plasma.
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At sufficiently high temperatures, the thermal speeds of
gas molecules may be high enough that collisions may ionize a
molecule (that is, remove an outer electron). An ionized gas in
which each molecule has lost an electron is called a “plasma.”
Determine approximately the temperature at which air becomes
a plasma.
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