1023 molecules of nitrogen, argon and carbon dioxide each are confined in three closed boxes of a large fixed volume V, at the same temperature T. Knowing the molecular weights of the gases are in the order MCO2>MN2>MAr, what can you say about the pressures of the gases in each container?

1023 molecules of nitrogen, argon and carbon dioxide each are confined

1.	1023 molecules of nitrogen, argon and carbon dioxide each are confined in three closed boxes of a large fixed volume V, at the same temperature T. Knowing the molecular weights of the gases are in the order MCO2>MN2>MAr, what can you say about the pressures of the gases in each container?
Answer» $10^{23}$ molecules of nitrogen, argon and carbon dioxide each are confined in three closed boxes of a large fixed volume V, at the same temperature T. Knowing the molecular weights of the gases are in the order $M_{C O_{2}}$ > $M_{N_{2}}$ > $M_{A_{r}}$ , what can you say about the pressures of the gases in each container?

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1023 molecules of nitrogen, argon and carbon dioxide each are confined in three closed boxes of a large fixed volume V, at the same temperature T. Knowing the molecular weights of the gases are in the order MCO2&gt;MN2&gt;MAr, what can you say about the pressures of the gases in each container?

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1023 molecules of nitrogen, argon and carbon dioxide each are confined in three closed boxes of a large fixed volume V, at the same temperature T. Knowing the molecular weights of the gases are in the order MCO2>MN2>MAr, what can you say about the pressures of the gases in each container?