Lesson Plans

Punnett Square

In this lesson, students will explore mathematical models used to describe genetic inheritance patterns resulting from monohybrid crosses.
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Ballista Kit

In this lesson, students will explore classroom-generated bivariate data and scatter plots for analyzing ballista projectile flight results.
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Measurements Kit

In this lesson, students will measure identical objects with three rulers that each have different levels of precision.
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Loaded Dice

In this lesson, students will explore theoretical probability and sampling methods to make inferences and conclusions about basic claims.
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Pythagorean Proof

Work with a tangible model to further explore a proof of the Pythagorean theorem and the area of a square formed by right triangle sides.
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Quadrant Method

You will explore statistical sampling methods, specically the quadrant method, and how well it produces samples similar to the population.
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Moths Kit

In this lesson, students will explore sampling techniques and will collect data to examine adaptive characteristics of the moths.
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Coriolis Effect

In this activity, students will explore an underlying principal associated with the Coriolis Effect.
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Cell Transformation

Recognize and explore the impact of biotechnology (cloning, genetic engineering) on the individual, society and the environment.
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Catapult Kit

Build a catapult out of pencils and apply the law of conservation of energy to determine the total mechanical energy of the projectile.
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Modular Frame

Practice measurement, design, and engineering skills through designing your own customized modular picture frame.
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