Physical Science: Motion
Key Terms:
Acceleration
Average Speed
Distance
Motion
Position
Relative Motion
Reference Point
Speed
Velocity
Key Concepts:
1. An object's motion can be predicted.
2. Motion is a change of position.
3. Acceleration measures changes in velocity.
4. Speed and velocity are a function of distance and time.
5. Velocity is speed in a given direction.
6. Acceleration is a function of velocity and time.
Objectives:
1. Perform a series of labs, activities and demonstrations to understand the basic principles of motion.
2. Calculate speed, average speed, and acceleration problems.
3. Interpret time-distance and velocity-time graphs.
Questions:
1. What is motion as opposed to relative motion?
2. Differentiate between speed and velocity?
3. How are speed and velocity calculated? What is the formula?
4. What information does a distance-time graph display?
5. How does velocity change? How is it calculated?
6. What is the acceleration formula?
7. Describe a velocity-time graph.
Key Terms:
Acceleration
Average Speed
Distance
Motion
Position
Relative Motion
Reference Point
Speed
Velocity
Key Concepts:
1. An object's motion can be predicted.
2. Motion is a change of position.
3. Acceleration measures changes in velocity.
4. Speed and velocity are a function of distance and time.
5. Velocity is speed in a given direction.
6. Acceleration is a function of velocity and time.
Objectives:
1. Perform a series of labs, activities and demonstrations to understand the basic principles of motion.
2. Calculate speed, average speed, and acceleration problems.
3. Interpret time-distance and velocity-time graphs.
Questions:
1. What is motion as opposed to relative motion?
2. Differentiate between speed and velocity?
3. How are speed and velocity calculated? What is the formula?
4. What information does a distance-time graph display?
5. How does velocity change? How is it calculated?
6. What is the acceleration formula?
7. Describe a velocity-time graph.
No comments:
Post a Comment