Real-world concepts such as free-falling and bouncing objects, gravity, and constant acceleration are examples of parabolic functions. This activity investigates the values of height, time, and the … Students will study the concepts of elasticity and newton’s third law by testing the bounce height of three different types of balls.

Each group … Bouncing from elastic, motionless surfaces both ball and surface dent during bounce. What happens if you put a tennis ball on top of a basketball and then drop them both? The result is surprising. To explore this, start by finding out how to mathematically model bouncing balls: For this science fair project we will be seeing what’s the highest bouncing ball. Does the weight or material of a ball impact the bounce?

To explore this, start by finding out how to mathematically model bouncing balls: For this science fair project we will be seeing what’s the highest bouncing ball. Does the weight or material of a ball impact the bounce? We will be using an assortment of balls including a kickball, … Use this sheet & follow along the scientific method steps diagram to help plan & record your bouncing balls experiment!