zchemarchieve

Dalton Law Problems: media type="youtube" key="CSQ4XEDINeQ" height="400" width="531"

Combined Gas Law problem: media type="youtube" key="s6n4k8qjUHU" height="377" width="664"

Thermo Review Sheet: media type="youtube" key="xOASLUOnkjs" height="398" width="701"

Thermo q=-q *Answer gets cut off at the end of the video. I 98% solved this but had a tech issue. Solving for Ti gives me a positive 163C. media type="youtube" key="bePNJ5VV61Y" height="451" width="598"

Molarity: media type="youtube" key="pR0PKMG51Zg" height="346" width="610"

Limiting Reactant problem: media type="youtube" key="50Y-dFSm-H0" height="341" width="601"

Stoich help and going over our conversion factors and when/why they are used as well as two examples off of our worksheet: media type="youtube" key="VywtS1yzwUA" height="446" width="592"

In-depth review of using activity series/solubility rules to predict reaction products of single and double replacement reactions: Since its a large video, here is the time of certain topics: Review of Activity Series: 0-7:30 Review of Solubility Rules: 7:30-13:45 Examples of single replacement reactions: 13:45-19:40 Examples of double replacement reactions: 19:40-28:47 media type="youtube" key="sO9zlDmCmYQ" height="482" width="639"

A few questions from the predicting products worksheet:

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IMF's: media type="youtube" key="eVttUANQcQI" height="415" width="550"

Covalent, Acid, Hydrate Naming Review: media type="youtube" key="sdNZIcwd8Dc" height="522" width="693"

Naming Review:

media type="youtube" key="lutEBo4ntYw" height="399" width="702"

Molecular Shapes: media type="youtube" key="1fuP0GGww2E" height="405" width="713"

Basic Lewis Structures: media type="youtube" key="X3K-BQSJol8" height="315" width="560"

Ionic Naming (formula writing)1: media type="youtube" key="BV9JD6J2eo8" height="315" width="560"

Ionic Naming (formula writing)2: media type="youtube" key="9xLPPgwAe6I" height="315" width="560"

Atomic Radius Trend: media type="youtube" key="3e61qTNxbhI" height="315" width="560" Electronegativity: media type="youtube" key="HMSghX6vHC4" height="315" width="560"

Periodic Table: media type="youtube" key="UuDf1VaDI-4" height="315" width="560"

Type of nuclear reactions: media type="youtube" key="I3vcL9x7_Fo" height="315" width="560" Parts of the atom: media type="youtube" key="DX3pJsnEmrs" height="315" width="560"

Electron Configuration: media type="youtube" key="ug0jWgoU6Tk" height="432" width="573"

A few more half-life examples: media type="youtube" key="DxqQVXGErlg" height="315" width="560" media type="youtube" key="pCrsYBwTOzo" height="315" width="560" media type="youtube" key="-NyI4HmhxiQ" height="315" width="560" media type="youtube" key="I5Kw3-2YVA0" height="315" width="560"

Review of Average Atomic Mass: media type="youtube" key="Dly7YrqmWVc" height="323" width="612" Worksheet Examples of Decay Reactions: media type="youtube" key="qMRZyVuVawI" height="323" width="615"

Decay: media type="youtube" key="sHwINaRhhew" height="323" width="603"

Metric system conversion factors and how to remember them: media type="youtube" key="9bDdKp-xe10" height="370" width="619"

Here are some thoughts and worked problems from the density worksheet:

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[|Great clip from the movie] [| π about Archemedes and folklore of the discovery of density (nonembettable youtube link)]

Harry Potter (Daniel Radcliffe) sings the elements media type="youtube" key="rSAaiYKF0cs" height="349" width="615"

Here is #9 worked from the dimensional analysis worksheet (note there are several ways to do this problem):media type="youtube" key="Zt_dFLa4eyQ" height="352" width="608"

Here is #12 worked from the dimensional analysis worksheet media type="youtube" key="pbUp-LBqe14" height="352" width="601"

Here is #13 worked from the dimensional analysis worksheet:

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Numbers 8, 10, 11 and other examples discussed or worked (dimensional analysis)*FLASH-BASED, doesn't work on iPad: media type="custom" key="10351666"

Answers from the most recent homework packet (open the image in a new tab/window or save on your desktop for a bigger picture)

Here we create an overall notes pack for the unit. You can edit anyone's notes to elaborate, correct, etc as long as everyone is respectful. Also keep in mind that anyone can later edit your additions as well. Sometimes there will also be editable files posted here. (newest content will always be posted on top)



Pictures from Wednesday, October 5 class. Drag the pictures to your computer's desktop for the full size version. Graph (1/3):

Equations 1 (2/3):

Equations 2 (3/3):

Pictures from Friday, September 23rd class. Drag the pictures to your computer's desktop for the full size version. Alpha Particle Decay (1/3):

Beta Particle Decay (2/3):

Sample Problems (3/3/):

Post any helpful pictures, diagrams, graphs, videos, links, etc. Be sure to include a description of why it was found to be useful.

Create a thread in the "discussion" message board on the left with specific help questions or statements. Be very specific in the way you phrase your question because there is one message board shared for all 5 classes. Be sure to view these discussions and contribute what you can! (newest content will always be posted on top)



[|Density Powerpoint]

[|GREAT CONVERSION FACTOR PPT]

[|ANOTHER CONVERSION PPT]



(bottom of page 2 and into page 3)

[|Another large assortment of questions for practice]