100%
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?
According to the kinetic theory of the gas, - RMS speed, c=√(3RT/M)
- Average speed, c̅ =√(8RT/πM)
- Most probable speed, ɑ=√(2RT/3M)
Which of the following is more appropriate?