Objective

By the end of this lesson, you will be able to understand the basic principles of physics through the study of frogs.

Materials and Prep

• A computer or tablet with internet access
• Pen and paper
• A quiet space to work
• Prior knowledge of frog anatomy and behavior

Activities

• Activity 1: Frog Jumping Experiment
  Measure the distance a frog can jump by marking a starting point and a landing point. Use multiple frogs if available and record the data. Calculate the average distance jumped.
• Activity 2: Leaping Frog Physics
  Research how frogs are able to jump such long distances. Explore concepts such as muscle power, force, and energy transfer. Write a short report summarizing your findings.
• Activity 3: Build a Frogapult
  Design and build a small catapult using everyday materials. Test the catapult by launching toy frogs and measuring the distance they travel. Try different angles and forces to see how they affect the distance.

Talking Points

• Frog Anatomy: "Frogs have powerful leg muscles that allow them to jump long distances. Their hind legs are adapted for jumping, with long bones and strong tendons."
• Force and Motion: "When a frog jumps, it exerts a force on the ground, which propels it forward. This force is generated by the muscles in its legs. The greater the force, the farther the frog can jump."
• Energy Transfer: "When a frog jumps, it converts stored energy in its muscles into kinetic energy, which is the energy of motion. This energy allows the frog to move."
• Projectile Motion: "When a frog jumps, it follows a curved path called a parabola. This is because the frog is propelled upward and forward at the same time."
• Engineering and Design: "Building a catapult to launch toy frogs allows us to explore the concepts of force, motion, and energy transfer in a hands-on way. By adjusting the angle and force applied, we can observe how these factors affect the distance the frog travels."