ALEX Lesson Plans
Subject: Credit Recovery Science (2 - 3), or Science (3), or Technology Education (K - 2)
Title: May the Force Be With You!
Description: The goal of this lesson is to provide students with hands on experiences, while learning about magnets. This lesson engages students in experiments which explore magnet use. An emphasis is placed on open-ended questions which encourage students to ask questions to each other.This lesson plan was created as a result of the Girls Engaged in Math and Science University, GEMS-U Project.
Subject: Credit Recovery Science (2 - 3), or Technology Education (K - 2)
Title: Simple Machines
Description: During this lesson students learn about the six types of simple machines. They define each type of machine, experiment with each type, utilize the Internet to explore each type of machine, and build their own simple machine. This lesson is designed for third grades students but can be adapted for second grade.
Subject: English Language Arts (3), or Credit Recovery Science (3), or Science (3), or Technology Education (3 - 5)
Title: Pendulums Swing Into Motion
Description: This lesson will allow students in groups to describe the relationship between energy, work, and force through the use of pendulums. The results will be reported through a graphing activity as well as a paragraph written and printed on the computer.
Thinkfinity Lesson Plans
Title: Gravity Launch
Description: In this Science NetLinks lesson, students explore how the Earth's and moon's gravity affects the path of a rocket launched into space. The focus of this lesson is on Earth's gravitational pull, as well as forces and how the motion of an object changes.
Thinkfinity Partner: Science NetLinks
Grade Span: 3,4,5
The Physics of Football
This podcast tells about the physics that are applied in the game of football: Momentum, acceleration, and force.
Einstein Demonstrations- General Relativity
Space-Time Sheet – use a spandex sheet it is possible to show a heavy mass in the center of the grid distorting space-time. Rolling smaller balls past the mass, within the well but not into the mass, will illustrate the deflection of light that appears in an intense gravitational field. This deflection also lends itself to supporting the particle nature of light.