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Electron Configuration Online Quiz https://www.physicsclassroom.com/Concept-Builders/Chemistry/Electron-Configuration/Concept-Builder

Level 1 Goal: 5/6

Level 2 Goal: 5/6

*Each level will be graded out of 5 points (pass/fail). You may attempt each level as many times as you like. Level 3 (ions) is NOT quiz-eligible.

Random HW Collection Assignment: Complete sentences are NOT needed. (Group Work Permitted)

http://employees.oneonta.edu/viningwj/sims/atomic_electron_configurations_s1.html

*List 3 similarities between this program and what we have discussed in class.

*List 3 differences between this program and what we have discussed in class.

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Lesson 24 Quiz (Open-Note) - includes (but is not limited to) Lesson 24

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Realistic Orbitals Simulation (Group Work Permitted)

https://www.learner.org/interactives/periodic/building/

*Complete sentences are required (except for the questions that involve drawing).

*You work by yourself or as a group (3 people maximum, including you).

1. Draw what an s-orbital looks like.

2. Draw what a p-orbital looks like.

3. Go through the simulation. Indicate which element question 1/4 is asking you to build, and draw it to the best of your ability. Include electrons in your drawing.

4. Indicate which element question 4/4 is asking you to build, and draw it to the best of your ability. Include electrons in your drawing.

5. The simulation required you to fill an orbital completely (by adding electrons) before moving on to the next level “up.” Which principle/rule best describes this? (no sentence needed)

6. The simulation requires you to have all p-orbitals in place with one electron before adding a second electron to any given p-orbital. Which principle/rule best describes this? (no sentence needed)

7. Rationalize why the electrons behave the way that they do when placed into the orbitals. Note that electron motion is typically considered random to a certain degree.

8. Research what a d-orbital looks like and draw it.

9. Research what an f-orbital looks like and draw it.

10. Infer why the orbitals have different shapes. Justify your answer.

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Lesson 24 Quiz (Traditional) - includes (but is not limited to) Lesson 24

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