Gas in a 748mL cylinder of a diesel engine has a pressure of 1.72 atm

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To determine the volume of gas in a 748mL cylinder of a diesel engine when compressed from 1.72 atm at 306K to 46.5 atm at 777K, the ideal gas law can be applied. The initial conditions include a volume of 748mL, pressure of 1.72 atm, and temperature of 306K. The final conditions require calculating the new volume at a pressure of 46.5 atm and temperature of 777K. Users are encouraged to show their calculations and reasoning to receive assistance, adhering to forum policies. Accurate application of gas laws will yield the required volume.
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The gas in a 748mL cylinder of a diesel engine has a pressure of 1.72 atm at 306K. What will be the volume of the gas when the piston compresses it to 46.5 atm and 777K?
 
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You have to show your attempts to receive help. This is a forum policy.

Besides, you have ignored the template. Don't be surprised if this thread gets deleted.

--
methods
 


Use one of the gas laws to get started.
 


Separate your initials and finals, and indicate given data versus needed. Also, as chemistree suggested, locate a gas law that applies to solve that type of question, when considering your given and needs.

Good luck!
 

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