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all of the following containers have the same volume and temperature, which container has the most molecules
container 1-25.0
container 2-50.0
container 3- 12.5
container 4- 1.00
please help its due tommorow

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The question is incomplete. Complete question is:
All of the following containers have the same volume and temperature, which container has the most molecules
container 1-25.0 atm
container 2-50.0 atm
container 3- 12.5 atm
container 4- 1.00 atm
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From, ideal gas equation, we know that PV = nRT

Thus, number of moles of gas depends on pressure, volume and temperature. Since, volume and temperature are held constant. number of moles of molecules will depends only on pressure of gas.

From above equation is can be seen that n α P. Thus higher the pressure, more will be the molecules. 

∴ In present case, container 2 will have most molecules, as it has maximum pressure. 

From the ideal gas equation the relation between the pressure, volume and temperature can be established. Container 2 at 50 atm will have the most number of molecules.

What is the ideal gas equation?

According to the ideal gas equation, the hypothetical gas will have the relation of the pressure and the volume directly proportional to the number of moles and the temperature of the gas system.

The ideal gas equation can be given as, [tex]\rm PV= nRT[/tex]

From the options, it can be said that the number of the molecules will be more in the container with the highest pressure and hence, container 2 with 50 atm, pressure will have maximum molecules.

Therefore, option B. container 2 at 50 atm will have maximum molecules.

Learn more about the ideal gas equation here:

https://brainly.com/question/8224912

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