Quiz 1 material - resend

[robert zellmer]

I sent the following earlier today but wanted to make sure everyone 
received it.
I got a couple of e-mails from students implying they thought the quiz 
also covered
part of chapter 13.  It covers only chapter 11.

Quiz 1 will cover the following:  Sections 11.1-11.6

Attractive Forces (AF) and their realtionship to properties of substances
and phase changes.  Be able to look at various molecules and identify the
AF between them.  Know how the AF in a molecule effect the properties 
(vapor
pressure, rate of evaporation, bp, mp, sub. pt., H_v, H_fus, H_sub, 
viscosity,
surface tension, critical temp.)

Phase changes, heating curves, critical T & P, vapor pressure,
boiling, melting, sublimation.

Phase diagrams (identify regions, vapor pressure curves
for solid and liquid and m.p. curve, various points on
these curves - like m.p., b.p. triple point, critical
point, why the m.p. curve leans right or left,
be able to sketch one given this info, etc.).

The Clausius-Clapeyron Eqn is found in "A Closer Look" (on page 444 in the
12th edition, on page 456 in the 11th edition, page 462 in the 10th 
edition).
It was also discussed in class, exp 14 and in end-of-chapter exercises.
You should understand and be able to use the Clausius-Clapeyron Eqn.
(which you will NOT be given).  This includes understanding the graph I
showed in lecture and used in Exp 14. Homework problems dealing with this
are in the Additional Exercises section at the end of the chapter.


Remember:  Stronger AF => lower vapor pressure and slower rate of 
evaporation

           higher everything else (b.p., m.p., sublimation pt.
           Hv, Hfus, Hsub, critical temp.
           viscosity, surface tension)


We are NOT doing section 11.7.


You should be able do to any homework problems 11.1-11.64,
11.73- 11.85, 11.88-11.94

If you are using the 11th edition do homework problems 11.1-11.56,
11.69-11.93, 11.98-11.107

If you are using the 10th edition do homework problems 11.1-11.56,
11.71-11.91, 11.98-11.107


I've sumarized info about the four types of solids and their properties.
The types of solids are based on their attractive forces.
See the link "Types of Solids and Their Properties"
in the "notes" section of the course web page.

http://chemistry.osu.edu/~rzellmer/chem1220/notes/Table_13-10_solids_no_lines.pdf 


I also have another summary on line dealing with IAF, solids and 
solubility.
See the link "Ch. 11 & 13 - Review of IAF, Solids and Solubility"
in the "notes" section of the course web page (we haven't covered
the solubility stuff yet and you are not responsible for it yet).

http://www.chemistry.ohio-state.edu/~rzellmer/chem1220/notes/ch11_12_13_rev.htm 



Dr. Zellmer