Homeostasis Teacher Resources
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Students explore homeostasis and identify it in work in an organism. They brainstorm things that stay the same and participate in several demonstrations that illustrate homeostasis. Students predict baseline breathing and jumping jacks
In this biology worksheet, learners examine the effect of electrolytes upon the homeostasis of the body. They focus upon how the body regulates the ph level.
For this earthquake exploration worksheet, students complete 2 prior knowledge questions, then use "Homeostasis Gizmo" to conduct several activities, completing short answer questions when finished.
Don't expect much from this presentation. It contains five slides in addition to the title. The first describes homeostasis, the second states that it operates at all levels and lists the biological hierarchy, the third gives three examples: body temperature, water balance, and blood chemistry. The fourth slide lists how a body cools down and the fifth lists how a body warms up. If all you want is phrases to support your lecture, you might find this set of slides useful.
Middle schoolers investigate how the human body self-regulates to maintain a stable internal environment despite changes in the external environment -- a process called homeostasis.
Students participate in a lab that demonstrate one example of how the human body maintains homeostasis. Students collect data from themselves and observe how their own bodies react to exercise.
Tenth graders examine the different parts of the heart. In this biology lesson, 10th graders perform dissection of the fetal pig. They explain how the heart maintains homeostasis.
Seventh graders identify the needs of living things. In this biology lesson, 7th graders define homeostasis. They appraise the value of interdependence among organisms.
For this homeostasis worksheet, students answer twelve questions about positive and negative feedback loops and how they effect homeostasis.
In this biology worksheet, students examine the relationship between acids and bases and how they are related to one another. They focus upon how the body regulates the ph level.
In this biology activity, learners examine the ph level in the body and how it is regulated in the bloodstream. They also see the imbalance and the negative effect upon body systems.
In this biology learning exercise, high schoolers review in depth curriculum content concerning the human body and the effects of external factors while considering internal functions.
In this homeostasis worksheet, students sketch and label graphs showing homeostasis for the following conditions: blood glucose, temperature, systolic blood pressure, and blood pH. Students define and give an example of positive feedback. This worksheet has 5 graphs and 4 short answer questions.
In this experimental design and homeostasis worksheet, students complete 20 sentences with key terms about designing experiments, gathering data, graphing data and determining controls. They also complete sentences about homeostasis and an experiment about muscle fatigue.
In this biology worksheet, students review in depth curriculum content concerning the human body and the effects of external factors while considering internal functions.
In this homeostasis worksheet, students answer 19 questions.
Have your young biologists consider body organization and homeostasis by answering the thirteen questions on this instructional activity. Unfortunately, not all biology textbooks cover these two topics within the same chapter, so you may not be able to use this as a reading guide. You most likely teach homeostasis when you teach body organization, making this resource useful as a note-taking guide or review.
In this homeostasis instructional activity, students complete a crossword puzzle with 22 question on homeostasis and cell transport. They identify the different ways substances are transported in and out of the cell.
In this biology worksheet, high schoolers review in depth curriculum content concerning the human body and the effects of external factors while considering internal functions.
Students develop and conduct an experiment to answer the question," How does cardiovascular exercise affect the pulse rate?". They record the changes to heart rate during different levels of exercise.