atmospheric pressure can hold 760 mm of c) According to the Kinetic Molecular Th

Question

atmospheric pressure can hold 760 mm of c) According to the Kinetic Molecular Theory, the kinetic energy (KE) of gas particles will d) 1 atm- e) The pressure of a gas increases if there are (1 pt if both correct) if the temperature of the gas was increased. orr #- . -psi (1 pt if both correct) container of the gas _gas particles bumping onto the f) List all the gases on the list that are ideal gases: (1 pt if all co g) lf a gas mixed with 20% of argon and 80% of helium has the total pressure of 5.0 atm, the atm, which is equal to partial presure coming from helium is 2. You took a argon-filled 20.0 L balloon with you on a scuba diving trip in the ocean. At th surface of the ocean, the pressure was 1.00 atm and the temperature was 2 a) How many moles of argon gas is there in this balloon? (2 pts, Show your work) ) You started to swim deeper into the ocean with the balloon, where you measur now to be 2.50 atm and the temperature is 12 °C. Assuming the balloon didnt the volume of the balloon now? (2 pts, show your work)

Explanation / Answer

Ans :

The kinetic molecular theory of gases gives 5 assumptions , according to which the volume of gas is indefinite, though mass is definite. The KE of gas particles is proportional to teh temperature of gas.

So here :

c) According to the kinetic molecular theory , the kinetic energy (KE) of the gas particles will increase if the temperature of the gas was increased.

d) 1 atm = 760 torr = 14.6959 psi

e) The pressure of the gas increases if there are more gas particles bumping into the container of the gas.

f) Ideal gases : Nitrogen , oxygen , hydrogen etc

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