Homeostasis
Feedback Loops
Homeostasis Cycle
Graphing
100

Define homeostasis.

What is the ability of an organism to maintain a stable internal environment.

100

The two types of feedback mechanisms

What is Positive and Negative Feedback

100

This produces a change in a variable.

What is a Stimulus?

100
Determine the type of graph that is used to show different feedback mechanisms.

What is a line graph?

200

Determine 3 necessary life functions.

Maintain Boundaries, Move, Respond, Grow

Digest, Metabolize, Excrete, Reproduce

200
An INCREASE in one action causes an INCREASE in another
What is positive feedback
200

The brain is considered this.

What is the control center?
200
Name the variable that is graphed on the x axis.

What is the independent variable?

300

Determine what maintains homeostasis.

What are feedback mechanisms.

300

An example of positive feedback graph. Label axis and give a title.

Answers vary

300

Put the cycle in right order: Output, Control Center, Input, Stimulus detected

Stimulus Detected, Input, Control Center, Output

300

When creating a graph, name three requirements for graphing accurately.

Labeled

Titled

Evenly and equally spaced axis

Large graph

400

Give three examples that your body keeps in balance through homeostasis

Answers vary

400

Most common feedback in the body and nature

What is negative feedback

400

Identify the term in the homeostasis cycle that happens before it reaches the control center:Effector, Receptor, Variables Balance

What is a receptor.

400

The y axis portrays this variable.

What is the dependent variable?

500

If homeostasis is not achieved this occurs...

Fainting, Hypothermia, Heat Stroke or death

500

Sweating is an example of what feedback mechanism

What is a negative feedback mechanism

500

The Effector produces this to control homeostasis.

What is a Response?

500

Name the variable that can only change one thing.

What is the independent variable?

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