QUESTION 27 The volume of a confined gas can be reduced at constant temperature by increasing the pressure on the gas. The change in volume may be explained by the model that gas molecules O A. experience no intermolecular forces OB. are relatively far apart OC. are in constant motion OD. take up space O E. collide without loss of energy

QUESTION 27 The volume of a confined gas can be reduced at constant temperature by increasing the pressure on the gas. The change in volume may be explained by the model that gas molecules O A. experience no intermolecular forces OB. are relatively far apart OC. are in constant motion OD. take up space O E. collide without loss of energy

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter13: Gases

Section: Chapter Questions

Problem 152CP

See similar textbooks

Similar questions

For each of the following sets of volume/temperature data, calculate the missing quantity after the change is made. Assume that the pressure and the amount of gas remain the same. V=2.03Lat24C;V=3.0lLat?C V=l27mLat273K;V=?mLat373K V=49.7mLat34C;V=?at350K
2.50Lcontainer at 1.00atm and 48Cis filled with 5.41gof a monatomic gas. Determine the identity of the gas. Assuming the 2.50Lcontainer is a large elastic balloon, predict what will happen when 10.0gof oxygen gas is added to the balloon (which already contains 5.41gof the monatomic gas). ovide values for each of the following variables. In addition, explain what is happening for each variable, incorporating the kinetic molecular theory into your explanation. m>Temperature of gas mixture = ?K m>Total moles of gas mixture = ?mol m>Total pressure of gas mixture = ?atm m>Volume of balloon = ?L Now assuming the 2.50Lcontainer is rigid (like a steel container), predict what will happen when 10.0gof oxygen gas is added to the container (which again already contains 5.41gof the monatomic gas). ovide values for each of the following variables. In addition, explain what is happening for each variable, incorporating the kinetic molecular theory into your explanation. m>Temperature of gas mixture = ?K m>Total moles of gas mixture = ?mol m>Total pressure of gas mixture = ?atm m>Volume of rigid container = ? L
The chlorofluorocarbon CCl2F2 can be recycled into a different compound by reaction with hydrogen to produce CCl2F2(g), a compound useful in chemical manufacturing: CCl2F2(g)+4H2(g)CH2F2(g)+2HCl(g) (a) Outline the steps necessary to answer the following question: What volume of hydrogen at 225 atm and 35.5 C would be required to react with 1 ton (1.000103kg) of CCl2F2? (b) Answer the question.
Calculate the density of Freon 12, CF2Cl2, at 30.0 C and 0.954 atm.