1. Understanding Ideal Gases: - Ideal gases are hypothetical gases that perfectly follow the gas laws under all conditions of temperature and pressure. They are assumed to have no intermolecular forces and occupy no volume. 2. Real Gases: - Real gases deviate from ideal behavior due to the ...
The molecular kinetic theory of gases shows us that the real gases deviate from the ideal gas behavior at high pressure. We take into consideration...Become a member and unlock all Study Answers Start today. Try it now Create an account Ask a question Our experts can answer your tough...
Ideal gases are assumed to have no forces between molecules. What is the effect of attractive forces on the boiling point of a real gas? Explain why it has this effect. (a) Consider a substance where the intermolecular forces hold the molecules in fixed rigi...
Real Gases Sections 1.4-1.6 (Atkins 6th Ed.), 1.3-1.5 (Atkins 7th, 8th Eds.) Molecular Interactions Compression factor Virial coefficients Condensation Critical Constants Van der Waals Equation Corresponding States Real gases have very different behaviour from ideal gases, ...
4)adecreaseintheattractiveforcesbetweengasmolecules 5)acombinationof1and3 d.Idealgases 1)havenovolume 2)havenomass 3)havenoattractiveforcesbetweenthem 4)haveacombinationof1and3 5)haveacombinationof1and2 e.Underwhichconditionswillarealgasbehavemostlikeanidealgas? 1)highpressureandhightemperature 2)low...
except in circumstances so rare I do not believe they will happen. The result of every single election I’ve been in had absolutely zero dependence on the actions I have taken. But the level of greenhouse gases in the atmosphere, and the amount of recyclables in the landfilldoesdepend ...
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Ideal gases are assumed to have no forces between molecules. What is the effect of attractive forces on the boiling point of a real gas? Explain why it has this effect. What is the advantage of using the ideal gas system to define temperature? Explain your answer. Why can liquids not b...
Of these gases, which has the fastest-moving molecules (on average) at a given temperature? a. HBr b. NO_2 c. C_2H_6 d. They all have the same average speed. Which gas molecules have the highest ave How did the attractive forces between ...
Attractive and repulsive forces are not negligible. Collisions are not always elastic. Deviations from ideality for one mole of an ideal gas (n=1). PV/RT always = 1. For ANY amount of ideal gas, PV/nRT = 1 However, for real gases, PV/nRT doesn’t always = 1. ...