-
Science
-
High School
-
11th grade
-
Physics
-
English
Author's Instructions
- Goal: Measure the distance between two points (spots) and record the time taken for simulated motion.
- Total Duration: 45 minutes (Set-up: 10 minutes, Experimentation: 25 minutes, Discussion: 10 minutes)
- Procedure and Data Collection
- Step 1. Formulate your hypothesis. Discuss with your group and come up with a question about the relationship between distance and displacement, displacement and velocity, and velocity and acceleration in your simulated motion scenario.
- Step 2. Select your scenario. Choose one of the provided scenarios (e.g., a car moving from point A to B, a person walking or running).
- Step 3. Measure Distance. Measure the distance between two places using Google Earth, considering the two methods:
-
- Ruler - select the start and end point.
- Add polygon - select start point, follow streets until end point is reached.
-
- Step 4. Simulate Motion. Record the time taken for simulated motion using Google Maps.
- Step 5. Record Data. Fill out the data sheet with the distance measured in two methods, time taken, and calculate:
- velocity = d/t
- displacement (if applicable): identify direction
-
- Step 5. Calculate Acceleration. If your scenario involves a change in speed, calculate acceleration using the formula: a=Δv/ Δt
- Step 6. Discuss Findings. As a group, discuss your results, reflect on your hypothesis, and answer questions on the data sheet regarding your findings.
-
Science
-
High School
-
11th grade
-
Physics
-
English
Author's Instructions
- Goal: Measure the distance between two points (spots) and record the time taken for simulated motion.
- Total Duration: 45 minutes (Set-up: 10 minutes, Experimentation: 25 minutes, Discussion: 10 minutes)
- Procedure and Data Collection
- Step 1. Formulate your hypothesis. Discuss with your group and come up with a question about the relationship between distance and displacement, displacement and velocity, and velocity and acceleration in your simulated motion scenario.
- Step 2. Select your scenario. Choose one of the provided scenarios (e.g., a car moving from point A to B, a person walking or running).
- Step 3. Measure Distance. Measure the distance between two places using Google Earth, considering the two methods:
-
- Ruler - select the start and end point.
- Add polygon - select start point, follow streets until end point is reached.
-
- Step 4. Simulate Motion. Record the time taken for simulated motion using Google Maps.
- Step 5. Record Data. Fill out the data sheet with the distance measured in two methods, time taken, and calculate:
- velocity = d/t
- displacement (if applicable): identify direction
-
- Step 5. Calculate Acceleration. If your scenario involves a change in speed, calculate acceleration using the formula: a=Δv/ Δt
- Step 6. Discuss Findings. As a group, discuss your results, reflect on your hypothesis, and answer questions on the data sheet regarding your findings.
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