Newton s Hot Wheel Lab
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- Francine Barton
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1 Name Date Newton s Hot Wheel Lab Observation Describe the Hot Wheel you are using for the lab. QuaLitative (descriptive words) QuaNtitative (numbers) Length (inches and centimeters): Height (inches and centimeters): Weight: Lab #1 - Inertia Question: How far will the washer fly after the hot wheel hits the wall (ruler)? Hypothesis: I think the washer will fly cm. Experiment: 1. Use rubber band to propel car with washer sitting on the hood. 2. Measure from the wall to where the washer landed in centimeters. 3. Record data in observation chart. 4. Repeat 3 more times. Observations: Test #1 Test #2 Test #3 Test #4 Conclusions: On AVERAGE, how far did the washer fly? (Add up the addends and divide by 4!) My hypothesis was ACCEPTED REJECTED INCONCLUSIVE.
2 Lab #2- Friction Question: Which surface slows down the Hot Wheel most? The No Slip Outdoor Tape or the No Slip Rug Tape? Hypothesis: Experiment: 1. Using a stopwatch, time how long it takes for your Hot Wheel to roll across the finish line on each surface 3 times. 2. Record data on the chart below. Observations: No Slip Outdoor Tape No Slip Rug Tape Test #1 Test #2 Test #3 Conclusions: What was the average time for No Slip Outdoor Tape? What was the average time for No Slip Rug Tape? Which surface made the Hot Wheel slow down the most? My hypothesis was ACCEPTED REJECTED INCONCLUSIVE. Think and Write: Where is friction in the world? When do we need it? When do we not want it? What do we use to slow cars down in the real world?
3 Lab #3-Newton s Second Law (A.K.A. Play Around with Mass!) Question: Will a heavier Hot Wheel go farther than a light Hot Wheel? Hypothesis: I think that a Hot Wheel will go farther. heavier or lighter Experiment: 1. Test your car and measure distance in centimeters. (Measure from the end of the rain gutter to where the car stopped.) 2. Test the weighted car and measure distance in centimeters. (Measure from the end of the rain gutter to where the car stopped.) 3. Repeat 2 more times for both cars. Observations: Test #1 Test #2 Test #3 Weighted Car Your Car Weighted Car Your Car Weighted Car Your Car Conclusions: What was the average distance traveled for your car? What was the average distance traveled of the weighted car? Did the heavier car go farther? YES NO My hypothesis was ACCEPTED REJECTED INCONCLUSIVE. Think About It: So in the real world, if you drive out of town a lot what kind of car would you want?
4 Lab #4: Does Steeper Mean Farther? Question: Does height of a ramp affect the distance a hot wheels car will travel? Hypothesis: Experiment: 1. Build the ramp three math books high. 2. Place the hot wheels car at the starting point and release. 3. Measure the distance the car travels down the ramp and onto the floor. 4. Record the distance in centimeters in your data table. 5. Raise the ramp to the seat of a chair and release car. 6. Record the distance in centimeters in your data table. 7. Raise the ramp to the desk and release car. 8. Record the distance in centimeters in your data table. Observations: Ramp 3 Books Chair Seat Desk Data Table Distance (cm) Conclusion: My Hypothesis was ACCEPTED REJECTED INCONCLUSIVE Did the height of the ramp increase the distance the car rolled? Why?
5 Finished? In the space below. Choose one of the experiments and make a graph. Use a graphtastic sheet to help you out! Design your own Hot Wheel experiment! Design and label your own Hot Wheel!
6 Lab #4: Does Steeper Mean Farther?
7 Lab #4: Does Steeper Mean Farther?
8 Lab #3 Newton s Second Law
9 Lab #3 Newton s Second Law
10 Lab #2 Friction
11 Lab #2 Friction
12 Lab #1 Inertia
13 Lab #1 Inertia
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