Difference between revisions of "(p)"
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The motion sensor (ultrasound emitter and receiver) is used, aimed at a pupil carrying a small flat board. The aim of the experiment is to use given s-t, v-t and a-t graphs to predict the form of other graphs and then to test them out on the apparatus. | The motion sensor (ultrasound emitter and receiver) is used, aimed at a pupil carrying a small flat board. The aim of the experiment is to use given s-t, v-t and a-t graphs to predict the form of other graphs and then to test them out on the apparatus. | ||
===Resources=== | ===Resources=== | ||
| − | Here is a sheet with many s-t, v-t & a-t [[Media:Motion_sensor_experiments.doc| graphs]] | + | Here is a sheet with many s-t, v-t & a-t [[Media:Motion_sensor_experiments.doc| graphs]] which can be used to make predictions |
| − | + | ||
===Analysis=== | ===Analysis=== | ||
[[(o)]] | [[(o)]] | ||
===Equipment=== | ===Equipment=== | ||
| + | 1x motion sensor | ||
| + | 1x hard board square | ||
| + | ===Safety=== | ||
| + | Make sure the area for movement is clear of obstructions, especially items that can be tripped over. | ||
| + | =Demonstration= | ||
| + | Use the PASCO kit with the motion sensor to measure displacement with time of a bouncing ball; have the motion sensor above the ball. | ||
| + | ===Resources=== | ||
| + | |||
| + | ===Analysis=== | ||
| + | Use the computer to plot s-t graph. The pupils can use their laptops to analyse the data and plot v-t and a-t graphs | ||
| + | ===Equipment=== | ||
| + | 1x rubber bouncy ball | ||
| + | 1x PASCO kit with motion sensor | ||
| + | ===Safety=== | ||
| + | pick up the bouncing ball once it has dropped | ||
| + | |||
| + | =Demonstration= | ||
| + | Use the PASCO kit with the motion sensor to measure displacement with time of a pendulum. | ||
| + | ===Resources=== | ||
| + | |||
| + | ===Analysis=== | ||
| + | Use the computer to plot s-t graph. The pupils can use their laptops to analyse the data and plot v-t and a-t graphs | ||
| + | ===Equipment=== | ||
| + | 1x pendulum | ||
| + | 1x PASCO kit with motion sensor | ||
===Safety=== | ===Safety=== | ||
Latest revision as of 06:54, 13 April 2008
Contents
Class Experiment
The motion sensor (ultrasound emitter and receiver) is used, aimed at a pupil carrying a small flat board. The aim of the experiment is to use given s-t, v-t and a-t graphs to predict the form of other graphs and then to test them out on the apparatus.
Resources
Here is a sheet with many s-t, v-t & a-t graphs which can be used to make predictions
Analysis
Equipment
1x motion sensor 1x hard board square
Safety
Make sure the area for movement is clear of obstructions, especially items that can be tripped over.
Demonstration
Use the PASCO kit with the motion sensor to measure displacement with time of a bouncing ball; have the motion sensor above the ball.
Resources
Analysis
Use the computer to plot s-t graph. The pupils can use their laptops to analyse the data and plot v-t and a-t graphs
Equipment
1x rubber bouncy ball 1x PASCO kit with motion sensor
Safety
pick up the bouncing ball once it has dropped
Demonstration
Use the PASCO kit with the motion sensor to measure displacement with time of a pendulum.
Resources
Analysis
Use the computer to plot s-t graph. The pupils can use their laptops to analyse the data and plot v-t and a-t graphs
Equipment
1x pendulum 1x PASCO kit with motion sensor
