#BOUNCING BALL GRAVITY LAB HOW TO#
#BOUNCING BALL GRAVITY LAB CODE#

On the other hand, an asymmetry in initial heights allows the player with more energy to gain even more energy in the next bounce. ball behave the same way if you tried to dribble on a football or soccer field Plan and conduct your own experiment to compare the basketballs bounce. When it reaches Earth, it collides head-on with an. When a bouncing ball falls, it initially gains speed or kinetic energythe energy of motion. For high initial energy and a symmetric situation, the best strategy for both subjects (minimax strategy and Nash equilibrium) is to use the shortest available leg length and not extend their legs. Let's see if physics can explain what happens. We consider a zero-sum game in which each player's goal is to gain the other player's kinetic energy during a single bounce, by extending her leg during flight. To complement this passive bouncing model, we also performed a game-theoretic analysis, appropriate when both players are acting strategically to steal the other player's energy. The energy-conservative mathematical model exhibits complex non-periodic long-term motions. Since you could only estimate the height of each apex to the nearest 0.05 meters, you should express the value for your experimental g to only two decimal places. The energy transfer persists even for very stiff surfaces. Calculate the acceleration due to gravity by using the kinematics equation s v o t + at 2 and isolate the second half of the golf ball's bounce. For human-like parameters, starting with equal energy, the energy transfer is maximal when one person lands approximately when the other is at the bottom of her bounce. As we throw the ball down gravity pulls the ball towards the ground. Next, using a simple mathematical model of two masses bouncing passively on a massless trampoline with no dissipation, we show that with specific landing conditions, it is possible to transfer all the kinetic energy of one mass to the other through the trampoline – in a single bounce. Lab 9: Bouncing Ball Consider the following setup of a bouncing ball (ignore drag. First, we illustrate this energy-transfer in a table-top demonstration, consisting of two balls dropped onto a mini-trampoline, landing almost simultaneously, sometimes resulting in one ball bouncing much higher than the other. In some trampoline games (e.g., ''seat drop war''), when two people land on the trampoline with only a small time-lag, one person bounces much higher than the other, as if energy has been transferred from one to the other. Determine the height of the drop and the bounce by measuring from the bottom of the ball.

#BOUNCING BALL GRAVITY LAB HOW TO#

Any pointer on how to do this or if I'm even doing it right would be greatly appreciated.Jumping on trampolines is a popular backyard recreation. Due to gravity, potential energy changes as the height of an object changes, this is called. In groups of 4, divide the activities so that 1) one student drops the ball, 2) one student watches the bounce and estimates the height to which it bounces, 3) one student measures the height of the bounce,and 4) one student records the data. Right now after the bounce all I have is the ball shooting towards the positive y axis, but the initial fall is the way I want it.

#BOUNCING BALL GRAVITY LAB CODE#

This code is attached to a box that would be bouncing on top of another box tagged as 'ground'. Var YMovement : float = 0 var damp:float var fall:float var jump:boolean=false I'm basically trying to learn how this kinda coding works so I can apply it to other things that aren't exactly meant to be physics based. Have you ever turned a liquid into a solid just by tapping on it In this experiment you make just. II'm playing around with code and right now I'm trying to figure out how to create a bouncing ball without using any physics/force/gravity. Lumpy Liquids and Squishy Solids + Make a bouncy Ball.

However, the total energy, KE + PE decreases with each bounce of the ball. Hey, another quick question here from a beginner. The ball has the force of gravity, which is.

Bouncing ball gravity lab