Scientific Method
Experimental Design
Variables
Char. of Life
Levels of Organization
100

This is a testable statement that predicts the outcome of an experiment.

Hypothesis

100

This group in an experiment does not receive the experimental treatment, serving as a standard for comparison.

Control Group

100

This is the variable that is manipulated by the researcher in an experiment.

Independent Variable

100

The ability of living organisms to maintain a stable internal environment despite changes in external conditions.

Homeostasis

100

The basic (smallest) unit of LIFE 

Cell

200

This is the act of gathering information using your senses or tools like thermometers and microscopes.

Observation

200

This group receives the variable being tested in an experiment.

Experimental Group

200

This is what is measured or observed in an experiment as a result of changing the independent variable.

Dependent Variable 

200

One of the characteristics of life; organisms must do this to pass on their genetic material to the next generation.

Reproduction

200
This level involves a group of organs that work together to perform a specific function for the body 

Organ System 

300

This is a set of procedures carried out under controlled conditions to test a hypothesis.

Experiment 

300

Repeating an experiment to ensure accuracy and reliability of results is known as this.

Replication/Repetition

300

This type of graph is used to show a change over time 

Line Graph

300

This is the sum of all chemical reactions that take place in an organism to maintain life.

Metabolism
300

At this level, living organisms interact with each other and their physical environment 

Ecosystem 

400

After analyzing data, this is what scientists draw to determine if their hypothesis was supported or not.

Conclusion

400

These are the factors that remain the same throughout an experiment to ensure that only the independent variable is tested.

Constants

400

This type of data is descriptive and includes characteristics that cannot be counted, like colors or smells.

Qualitative Data

400

These processes enable organisms to increase in size and complexity over time.

Growth and Development

400

This term refers to all LIVING things in an ecosystem

Biotic 

500

Scientists collect this during experiments; it can be used to create graphs and analyze the experiment

Data

500

This term is a logical interpretation based on prior knowledge

Inference 

500

This type of data is numerical and involves measurements like length, height, and temperature.

Quantitative

500

Organisms' ability to detect and react to changes in their environment. (Example: Venus Fly Trap)

Response to Stimuli 

500

This term refers to all the NON-living things in an ecosystem

Abiotic

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