Learners investigate different balls' abilities to bounce. They conduct a Ball Bounce Height Comparison and Ball Bounce Time Comparison, complete a worksheet, graph the results of their experiment, and answer investigating questions.

Students explore the concept of motion. In this hands-on physics lesson, students examine how the construction of baseballs and the temperature they are stored at affect their bounce.

Fifth graders work in teams of four to measure the rebound heights of a tennis ball dropped from four different heights. They investigate with the bouncing balls to measure changes in the type of energy they possess.

Students experiment with varied balls to determine the bounce factor in centimeters. In this physics lesson, students experiment to find the height a ball must be dropped from the have the highest bounce rate. Students graph the results...

Third graders compare the bouncing height of different types of balls. In this science instructional activity, 3rd graders explain the importance of repeated experimentation in science. They record their result and share them with the...

Students explore the concept of gravity. In this gravity lesson, students drop super balls from varying heights. Students record the height of the super ball on bounce zero and bounce one.

Ninth graders experiment with bouncing balls to investigate the elasticity coefficient of different sizes and types of balls. In this superball physics lesson, 9th graders bounce various types of balls from differing heights. They...

Students collect data for a bouncing ball and select one bounce to analyze. They explore the relationship between velocity, position and acceleration. They seek out connections between the graphs and the physical motion of the ball.

Pupils explore the rebound of balls. In this energy conversion lesson, students explore the physics behind the rebound of various types of sports balls. Through the experimental design process using balloons, pupils investigate and draw...

Young scholars investigate refraction and reflection of light. In this light instructional activity, students perform 3 activities to observe light interacting with matter by using a flashlight. They explore refraction using a glass of...

Students predict the path of a ball bouncing off an object. In this physics lesson, students conduct the rolling ball experiment to test their prediction. They perform several trials for accuracy.

Students make observations of a bouncing ball and study how it travels.  In this height lesson students complete a lab activity and describe and explain the motion of the ball. 

Students discover how the coefficient of restitution is applied to sports by measuring the bounciness of a ball. After examining the mathematical equation that applies to coefficient of restitution, students go to the gym, measure the...

Students investigate the properties of force and gravity and their effects on everyday life. In groups, they test various balls by bouncing them on different surfaces and observe the properties. In another activity, they test marbles and...

Students capture the serve motion of a tennis player with a digital or video camera. Using transparencies or a software package, analyze the speed, acceleration, displacement and time of the racquet head and ball in the tennis stroke.

A nine-page physics resource supports your lesson on acceleration. A step-by-step lesson plan walks you through the materials you need, the background information, steps for leading experimentation, and the explanation of the results....

Learners experiment with silly putty.  In this chemical changes lesson students work in groups, perform tests and collect data.

Fifth graders accurately measure the distance to eight points on an uneven surface by conducting a simulation of sattelite altimetry. They create a two-dimensional model of the simulated ocean surface by graphing data from the Radar Run...