Consider two flasks at 25°c, one contains an ideal gas and the other contains the real gas so3. which statement regarding these gases is true? as the temperature approaches 0 k, the volume of the ideal gas will be smaller than the volume of so3 because ideal gases have larger values of the van der waals coefficient a. as the temperature approaches 0 k, the volume of the ideal gas will be larger than the volume of so3 because ideal gases lack intermolecular forces. after the temperature has been lowered about 100 k, the pressure of the ideal gas will be smaller than the pressure of so3 because the van der waals coefficient a for so3 is large. as the temperature is decreased, the ideal gas will liquefy first because ideal gases have larger values of the van der waals coefficient b. after the temperature is increased about 100 k, the pressure of the ideal gas will be smaller than the pressure of so3 because the van der waals coefficient a for so3 is large.
Answers: 3
Chemistry, 22.06.2019 02:50, JuniperGalaxy
Consider the equilibrium system: 2icl(s) ⇄ i2(s) + cl2(g) which of the following changes will increase the total amount of of cl2 that can be produced? all of the listed answers are correct decreasing the volume of the container removing the cl2 as it is formed adding more icl(s) removing some of the i2(s)
Answers: 1
Chemistry, 22.06.2019 08:00, juliannxkim
Joe shines white light into a bowl half full of water at an angle of incident of 27.5°. calculate the angle of refraction in the water given the indices of refraction for air and water are 1.00 and 1.36, respectively.
Answers: 2
Consider two flasks at 25°c, one contains an ideal gas and the other contains the real gas so3. whic...
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