Key to review problems unit three

Video from 12/3: Make Up

Click here to view

ADV: Hess's Law Notes

3.7: Types of Decay Video

Types of Decay: Alpha, Beta, Gamma Decay and Positron Emission

KEY Stoichiometry Practice Problems

Click here to access.

Advanced Chemistry Calorimetry Worksheet Key

Click here to access.

Extra Ions Practice Problems

Click here to access

Notes: 3.2 Part 2 Gold Foil

Notes: 1.3 Part 2 (Ions)

Video Notes: 3.1 and 3.2 A

Advanced Chemistry: Notes 1.6 Part 2

Even though it says 1.5 in the title, these are really notes for 1.6: Colligative Properties.

ADV 1.5: Great Stuff on Vapor Pressure

Click here for an excellent site/info about vapor pressure.

Key to PPs 2.5

Click here to access PPs 2.5

Key to PPs 2.3 and 2.4

Click here to access!

ADV Key to Mixed Concentration Problems

Click here to access the key to the Mixed Concentration Problems assigned on Tuesday, 10/30.  They will be due on Thursday.

ADV: Mole Fraction and PPM

Dimensional Analysis for Samantha :)

Or anyone else who wants help with dimensional analysis.  But, we wanted her to feel special. :)

Click here!

Practice Problems 2.3: KEY

Click here to access the key to PPs 2.3.

Lecture Notes 2.3

ADVANCED CHEM KEY PPs 1.4

Click here to access key for PPs 1.4.

ADV Key: PPs 1.2

Click here to access Net Ionic Equations Key -- due Friday

Key to Activity 1-1

Click here to access the key for the Unit 1 Review Assignment.

ADV Video on Solubility

Solubility: Solubility of salt and gas solutes in liquid solvent.

Key to Sig Figs II

More PPs and Answers: Sig Figs and Scientific Notation

ADV Key Unit Zero Review

Click here to access the review from yesterday.

There is one correction to be made, on problem #2 under 0.4.  The number of g of PbO should be 186.6 g and the number of g of PbO actually created should be 170.0 g.  Thanks!

Great Video Tutorial on Scientific Notation

Lecture Notes: 1.10 Part 1

Agenda for 5th Grade Camp Couselors

Click here to access the week's agenda.

Keys to 1.7 and 1.8

 Click here to access PPs 1.7 and 1.8 keys:

https://docs.google.com/open?id=0BycFPIaR0t9bSVdmQXFoQ1dDZ3M

Dimensional Analysis Practice Problems with Answers

http://mhchem.org/221/classroom/pdf/zzDimAnalWorksheet.pdf

Dimensional Analysis Video Tutorial with Units in Top and Bottom

Dimensional Analysis Tutorial

ADV: Percent Yield Lecture

ADV 0.2 -- Key to Worksheet 0.2 #2

Here is the link to the key to today's worksheet:

https://docs.google.com/open?id=0BycFPIaR0t9bRnhTTWpVOThnUEE

1.1: Safety Activity

Go to this link to complete an activity that will help you identify safe and unsafe laboratory procedures:

http://www.wisc-online.com/objects/ViewObject.aspx?ID=SCE103

ADV Final Exam: Spring Review Key

Click here to see the key for the spring review.

ADV: Aromatics Lecture Part II 5/11

ADV: Worksheet and Key to Aromatics 5/11

 Worksheet for 5/11:

https://docs.google.com/document/d/1D2dLphM967tNy2x0idrlSCYd45cettRejMN46Wuzimk/edit

 Key to Worksheet:

ADV 6.2: Aromatics Lecture Part I (5/11)

ADV 6.2: Key to Worksheet #2

ADV 6.2: Unsaturated HC's video

ADV 6.2: WS#1 for 5/9/12 and Key

Here are the problems, circled ones are the problems assigned for today:


https://docs.google.com/open?id=0B3ujFVHRpTByQ0g3Y3ZiN3hoR0U

And the key

https://docs.google.com/open?id=0B3ujFVHRpTByNTFRX3hDVUVkelU

ADV 6.2: Key to Alkanes Worksheet #2

6.6: Empirical and Molecular Formulas Tutorials

Here's a great site for help with empirical formulas:
http://www.chem.tamu.edu/class/majors/tutorialnotefiles/empirical.htm

And another one for empirical and then molecular formulas:
 http://www.kentchemistry.com/links/bonding/empirical.htm

ADV 6.1 and 6.2 Lecture Notes

There seemed to be some confusion today, so I wanted to make sure that I clarified my expectations for the mini daily quizzes you are taking.

If you are gone for a non school-excused activity (i.e. early release for track, etc.), you will be given a zero for the quiz you missed.

If you are gone for any reason, you will be expected to take the quiz for the day you return on the day you return. Therefore, it is your responsibility to get any notes, etc. that you missed on the day you were gone in order to be prepared.

So in summary...if you missed today, you are taking tomorrow's quiz tomorrow when you get back.  

 

Here are the video notes for Friday's and today's lecture:

And the key for today's assignment:

ADV 6.1: Key for Lewis Structures

ADV 6.1: Animation of Orbital Hybridization

Click here for an excellent visualization of orbital hybridization.

5.4: IMF Pre-Lab Questions

ADV 5.3: Keys to Ch. 20 Study Guide and Review

Ch. 20 Study Guide

5.3 Rotation Review

Extra Lewis Structure Practice with Answers

Lewis Structure Practice with Answers (from Power Play)

6.5: Practice Problems with Answers (Naming)

Practice Problems with Answers (from Power Play)

ADV 5.3: Intro to Galvanic Cells

6.5: Covalent Compound Nomenclature Video

Lewis Structure Notes and Example Problems

5.5: Example Problems of Mole Conversions

5.4: Key for Mixed Review

4.7, 5.1 Bonus Notes

On Twitter...

follow this blog on twitter by following me... @sharpsgalore

4.8 Lecture/Notes non-YouTube version

Use this version if you are at school and are unable to access You Tube.

4.6 and 4.7 Practice Problems

4.8: Lecture/Notes

A great way to "quiz" yourself after this would be to look at questions 1-5 and 7 on pg. 181 of your textbook.

ADV 4.5: Titration Simulation

Click here for an awesome "Virtual Titration" Practice Lab!

ADV 4.5: Notes from 2/23/12

Link to NOTES on TITRATION

ADV 4.4: Lecture Notes

ADV 4.3: Key to pH Practice Problems

For the key to the pH practice problems, click here.

4.1: Practice Problem Tutorial

ADV 4.1 and 4.2: Link to Key for Review and Lewis Acid-Base Practice

https://docs.google.com/open?id=0BycFPIaR0t9bNGMyMzk1YzEtOTgwMy00Yjg1LTg1M2MtOWExNTFlYTMzZDdk

3.5/3.6: Video Tutorial

3.8: Half-Life Tutorial

Video Tutorial: 3.5/3.6

3.8: Sample Half Life Problems

ADV 3.4: Good Video on Keq, What it Means...

Video: Reactions in Equilibrium

3.8: Video Explaining Half-Life

I'm putting this as a link instead of embedding it in the post, because I think if you are at school you will have a better chance of being able to actually view it.

Video: Half Life

ADV 3.2: Video for Method of Initial Rates