Miscellaneous
Measurement
Graphing
Conversions
Bouncy Balls
100
The systematic search for the truth.
What is Science?
100
In science we use this system of measurement.
What is the metric system?
100
This variable goes on the x-axis.
What is the independent variable?
100
1 kilogram (kg) = this many grams (g)
What is 1,000 grams (g)
100
These are the variables in the bouncy ball experiment.
What are the "drop height" and the "# of bounces?"
200
The only sense you shouldn't use in science class.
What is taste?
200
The is the basic unit of length.
What is a meter?
200
This variable goes on the y-axis.
What is dependent variable?
200
1 meter (m) = this many millimeters (mm)
What is 1,000 mm?
200
This was the independent variable.
What is the drop height?
300
This involves all five senses
What is observation?
300
This is the basic unit of volume.
What is a liter?
300
A COMPLETE graph always has this.
What is a title?
300
This many milliliters (mL) = 1 Liter (L)
What is 1,000 mL?
300
This was the dependent variable.
What is the number of bounces?
400
An educated guess, or prediction.
What is a hypothesis?
400
This is the basic unit of mass.
What is a gram?
400
When graphing, these should be big, in scale, uniform, and labeled.
What are the axes?
400
This many centigrams (cg) = 1 gram (g).
What is 100 cg?
400
These were the values of the drop height.
What are 25, 50, 75, and 100cm?
500
Doing this will cancel out random errors.
What is many trials?
500
We use this equipment (or tool) to find the mass.
What is the triple beam balance?
500
This type of graph is continuous.
What is a line graph?
500
1 kg = this many grams (g)
What is 1,000 grams (g)?
500
This was a constant in the bouncy ball experiment.
What is the floor (the room, the air)?
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