all help is appreciated



) Molecule X is nonpolar. Molecule Y is polar. Both have approximately the same mass.
One is a liquid and one is a gas. Which is which. Explain your reasoning.

5) Molecule X has a molar mass of 150 g/mole. Molecule Y has a mass of 1200 g/mole.
Both are nonpolar liquids at room temperature. Which probably has the higher boiling point. Explain your reasoning.

6) Molecule X is a long unbranched hydrocarbon. Molecule Y is a highly branched isomer of molecule X that is
nearly spherical. Both are liquids at room temperature.
Which probably has the higher boiling point. Explain your reasoning.

7) The molar volumes of chlorine, bromine and iodine are given below.
Cl2
22.06 L/mole
Br2
0.0512 L/mole
I2
0.0515 L/mole
a)
Compute the density (g/cm3) of each substance.

Account for the similarities and differences
between the substances in terms of
intermolecular forces.
8) Arrange the following substances
in order of increasing boiling point:
CH3
OH CH4
CF4
H2
O
Describe the nature of the intermolecular force for each substance

For 8 do you mean O2? If you are having problems with this you should just change majors you won't survive.

Yes the last one is 02. If ny.major was chem I would think about switching. I've gone through 9 physics classes, and up through diff eqs and calc 3 without too much trouble. But when it comes to chem, I'm a dud

Yeah but actual engineers never, ever, ever need to know this stuff ever never so don't worry (unless you're a chemical engineer)

Exactly. This is the 2nd of two chemistry classes i have to take. I will never use this crap again