Moles,Mass & Atoms
Level 15 Guiding Question: Why do we need to do this?
Read the on-line Chapter above and fill out the Google form.
Level 15 Investigation: How to you use 6.022 X 10 23?
Lab1 Cookie Chemistry and using conversion equations
Step 1
Read the Google Slide to know how to convert cookies into a chemistry lesson. |
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Step 2
Take notes to understand how to convert the recipe to actual cookies. |
Step 3
Read about how the recipe must change due to a shortage of materials. |
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Step 4
Check in with your teacher to make sure your recipe is correct according to the shortage. When your Recipe is checked mix the ingredients and turn them into the instructor so that the mixture can be baked. While you are waiting for the finished product fill out the "Cookie Chemistry Lab" Google form below. |
Lab 2 Molar Mass & The Mole
Step 1
Read the Google Slide to know how to convert moles to atoms and visa-versa |
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Step 2
Take notes and fill in the blanks to understand how to convert the atoms to moles. |
Step 3
Using your notes complete the worksheet |
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Step 4
If you need extra support or don't understand how to do the conversions use this VDO to help! |
Level 15 Videos: Where to get h help on how to convert Atoms to Moles to mass
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Level 15 Elaborate: explain how to solve the following problems?
How many moles are in the following:
a. 1.29 x 1024 hydrogen atoms in HF 2.14 moles H atoms
b. 7.36 x 1024 free oxygen atoms 12.2 moles O atoms
How many atoms are present in the following?
a. Hydrogen atoms in 3.14 mol of H2O 3.78 x 1024 H atoms
b. Nitrogen atoms in 2.79 mol of NH3 1.68 x 1024 N atoms
Using your phone or other device record yourself solving the problems above show your work using the conversion factors 6.02 x 1023 atoms or .......I mole (upload you less than 2 minute video to your Google Classroom)
1 mole 6.02 X 1023
a. 1.29 x 1024 hydrogen atoms in HF 2.14 moles H atoms
b. 7.36 x 1024 free oxygen atoms 12.2 moles O atoms
How many atoms are present in the following?
a. Hydrogen atoms in 3.14 mol of H2O 3.78 x 1024 H atoms
b. Nitrogen atoms in 2.79 mol of NH3 1.68 x 1024 N atoms
Using your phone or other device record yourself solving the problems above show your work using the conversion factors 6.02 x 1023 atoms or .......I mole (upload you less than 2 minute video to your Google Classroom)
1 mole 6.02 X 1023
Level 15 Review: refresh your knowledge by using the science geek site
Click on the buttons below to access review materials.
Level 15 Summary: Unit Test
Click on the button to access you test ask your instructor how he/she would like it turned it.