which of the following aspects of kinetic - molecular theory explain why a plasma - based light doesnt get…

which of the following aspects of kinetic - molecular theory explain why a plasma - based light doesnt get unbearably hot? select all that apply.\nparticles exchange energy through elastic collisions.\nall particles are in constant random motion.\nparticles are small.\nexcept during collisions, interactions between particles are negligible.\ntemperature depends only on the average kinetic energy of the particles.\ndone

which of the following aspects of kinetic - molecular theory explain why a plasma - based light doesnt get unbearably hot? select all that apply.\nparticles exchange energy through elastic collisions.\nall particles are in constant random motion.\nparticles are small.\nexcept during collisions, interactions between particles are negligible.\ntemperature depends only on the average kinetic energy of the particles.\ndone

Answer

Brief Explanations:

  1. In kinetic - molecular theory, temperature depends on average kinetic energy. If plasma - based light doesn't get unbearably hot, it means the average kinetic energy of particles isn't extremely high.
  2. Elastic collisions mean no net energy loss in a way that would cause a large - scale increase in temperature.
  3. Small particle size and constant random motion don't directly explain the lack of extreme heat. Negligible non - collision interactions also don't directly relate to the temperature issue here.

Answer:

Particles exchange energy through elastic collisions. Temperature depends only on the average kinetic energy of the particles.