hat happens to the volatile liquid that is placed in the flask? 1. All of it leaves 2. It remains a liquid 3. Most leaves 4. It turns to vapor and remains in the flask

1. Fill in the diagram (with "high" or “low") to show how intermolecular forces influence the volatility, vapor pressure, and boiling point of a substance. weak strong When IMF are... volatility is volatility is vapor pressure is vapor pressure is boiling point is boiling point is

1. Discuss the three main intermolecular forces described in chapter 11 using relevant examples. 2. List the following substances: Ar, Cl2, CH4 and CH3COOH in order of their increasing strength of intermolecular attractions. Give reason for your answer. 3a. Which intermolecular force is present in Water? Explain the reason for your answer. b. Some of the remarkable consequences  of the intermolecular force present in water can be used to explain the  "Expansion of water upon freezing", which explains why icebergs float in water and why water pipes burst in freezing temperatures.   Question: Using the concept of the intermolecular force present in water: Discuss why water expands upon freezing.  4."CH3OH boils at 65*C, while CH3SH boils at 6*C" . Which intermolecular force accounts for this difference? Explain. Respond to one student's post.

What is the vapor pressure of water at 10 degree Celsius, at 25 degree Celsius And at 60 degrees Celsius. Thanks