Calculate the final temperature and pressure

Reference no: EM13521744

Air in a diesel engine cylinder is quickly compressed from an initial temperature of 20 °C, an initial pressure of 1 atm, and an initial volume of 540 cm3 to a final volume of 82 cm3. Assuming the air to be an ideal diatomic gas, find the final temperature and pressure.

Tf=___ K

Pf=_____

Reference no: EM13521744

Questions Cloud

Counter-example method to prove invalidity : When using the counter-example method to prove invalidity, why is it important to pay attention to the conclusion and premise indicator words of the original passage?

How long is the box in which the electron are confined : The electrons in a rigid box emit photons of wavelength 1484 nm during the transition. How long is the box in which the electron are confined

Proper foundation of morality : Kant held that the proper foundation of morality could be established by:

Evaluate the mass of h2o2 required to react : Each mole of cyclohexene reacts with four moles of H2O2 to give adipic acid. You added about 3.6 grams of H2O2 to your reaction mixture (12 grams of a 30% solution were added). Calculate the mass of H2O2 required to react with 2.00g of cyclohexene..

Calculate the final temperature and pressure : Air in a diesel engine cylinder is quickly compressed from an initial temperature of 20 °C, an initial pressure of 1 atm, find the final temperature and pressure

Why is difference between descartes method and bacons : Why is difference between Descartes method and Bacons seem important to you? What does Nordgren take to be the key difference between Descartess method and Bacons?

What is the new pressure in your tires : Before embarking on a car trip from Michigan to Florida to escape the winter cold, What is the new pressure in your tires, in SI units

Explain satisfactorily without weighing out a new sample : Could a percent transmittance reading of 0.00 be used in calculations? Briefly explain. Suggest a procedure that the student could follow to finish the experiment satisfactorily without weighing out a new sample of copper wire.

Determine the magnitude of electric field at given point : A charge of 80nC is uniformly distributed along the x axis from x = 0 to x = 2.0 m. Determine the magnitude of the electric field at a point on the x axis with x= 8.0m

User Account

All Pages