Grade Level: 10
Learner Outcomes:
Duration of the Lesson: Two 45 minute sessions.
Materials: Pencil, paper calculator, and copy of the worksheet provided for the Internet site.
Technology Tools/courseware:
PC with Internet connections, and Browser of choice.
Teacher notes:
Print the following student handout and give a copy to each student
or group.
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Name
Date
Period
Group members
1. Explore the document using the scroll bar on the right of the document.
2. Take notes paying special attention to the words in red and Italics.
3. Click on the words in blue in the main document,for further explanation
of the words.
4. At the bottom of the screen click on The Meaning of Slope for a
v-t Graph
5. Explore the document using the scroll bar on the right of the document.
6. Do the Check Your Understanding Quiz at the bottom of the document.
Show all calculations on a separate sheet. Depress mouse to see and
check answers.
7. Explore the document using the scroll bar on the right of the document.
8. At the bottom of the screen click Relating the Shape to the Motion
9. Do the Check your understanding Quiz at the bottom of the document.
Show all calculations on a separate sheet. Depress mouse to see and check
answers.
10. At the bottom of the screen click on the Determining the Slope
for a v-t Graph
11. Explore the document using the scroll bar on the right of the document.
12. Do the Check Your Understanding Quiz at the bottom of the document.
Show all calculations on a separate sheet. Depress mouse to see and check
answers.
13. At the bottom of the screen click on The Meaning of Shape for a
v-t Graph
14. Scroll down the screen and click on the Animation icon.
15. Explore the eight animations starting with Constant Rightward Velocity
and ending with Passing Lane Velocity vs. Time Graph. Use the Back Icon
on the toolbar to move between animations.
16. Answer appropriate questions.
Extension:
1. Return to the page containing the animations and start the Stoplight
animation.
2. Answer all 6 questions showing all work, i. e. Algebra manipulations
and proper units.
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ANALYSIS
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1. In which graph is the car moving with constant speed?
2. In which graph(s) does the car change directions?
3. Which graph represents the car with the largest initial speed?
4. In which graph(s) does the car come to a stop, even momentarily?
5. Which graph represents the car with the greatest acceleration?
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Modifications:
IGOs and other standards:
| Lesson 1 | Lesson 2 | Lesson 3 | Lesson 4 | Lesson 5 |