Wicked Mega Bounce XTR -DS

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To achieve bounce, a springfree trampoline uses glass-reinforced plastic rods underneath the jumping mat perimeter. A regular trampoline uses steel coil springs. Springs contribute a lot to the bounce o a trampoline. According to consumers the bounce on a springfree trampoline and regular trampoline are comparable. Are Springless trampolines worth it? When the glue mixture was added to the borax, the borax acted as a cross-linker, hooking the glue’s molecules together to form the rubbery bouncy ball. The cornstarch was added to help bind the molecules together so the ball would hold its shape. The ball can bounce because of the cross-linked polymers. Is Bounciest a real word? The Mega Bounce XTR is the bounciest ball of them all! Drop it onto a hard surface and it’ll bounce 85% of its original height (a basketball manages a measly 56%)! Throw it down as hard as you can and watch it soar way higher than a 2 story building…it really is MEGA! Why can’t a ball bounce forever? Adding this type of tech isn’t anything new for Adidas. It used a similar thing with its miCoach Smart Ball, which was designed to help coaches monitor performance. This time around, though, the technology won’t be measuring things like the power of the shot and speed of the ball, but it instead offers up information about the World Cup, and will allow users to enter a variety of competitions. Divide your students into groups of 4-5 students each. Give each group a ball. (Each group could have a similar ball or each have different types of balls.) Ask students to experiment with ways to increase the bounce of their balls.

If someone is zestful, they’re energetic and enthusiastic. … The noun zest has two meanings: the sour outer layer of peel on a citrus fruit or a passionate enthusiasm. The adjective zestful is used only in the second, more figurative way, to describe someone with true zeal or verve. What ball bounces the highest? If there is disagreement about where to place the balls on the chart, redo the experiment to see which ball bounces the highest. The SkyBall is a 4" diameter "super ball". It's filled with a combination of compressed air and helium, which accounts for its incredibly high bounces. Give students several minutes to test different ways to increase the bounce on their balls. (Encourage them to experiment with releasing the balls from different heights, adding different amount of pressure to the balls, etc.) Collect data: e.g., ask questions, make observations, perform simple measurements using standard and/or non-standard units of measure, make estimations, etc.three additional balls (of different texture and size). Some suggestions: a tennis ball, ping pong ball, Nerf ball etc.

In 2002, the Fevernova was a lighter ball and pitched as ”the most precise ball ever made”. In reality, it was one of the bounciest. But it was perhaps 2010’s Jabulani that became the biggest talking point. Adidas created a ball that was one of the roundest ever made, thanks to the use of eight panels stitched together. Players such as Spanish goalkeeper Iker Casillas hated the ball because of the unpredictable way in which it moved through the air, while strikers seemed to like hitting the thing. When the glue mixture was added to the borax, the borax acted as a cross-linker, hooking the glue’s molecules together to form the rubbery bouncy ball. The cornstarch was added to help bind the molecules together so the ball would hold its shape. The ball can bounce because of the cross-linked polymers. How do you make clear bouncy balls? Describe things as accurately as possible in terms of their number, shape, texture, size, weight, color, motion, etc. Create a chart on easel paper, a white board, chalk board, etc. and have students add the balls to the chart, to show the results of the bouncing ball experiments, having the ball that bounce the highest, highest up on the chart and balls that bounce the least, lowest down on the chart. (See the “Bouncing Ball Chart” for an example of how to create the chart. Note: This is just a sample of how to record your results. Your findings might be different than those shown in the chart.) By minimizing the risk of impact with the steel frame as well as eliminating dangerous springs, springless trampolines are worth the money just in the emergency room visits avoided. Every year there are over 100,000 trampoline related injuries, and 93% of all broken bones from trampoline injuries are to young kids. Who is the CEO of bouncing ball?

Exploration and Investigation: We obtain information and learn about the world through exploring objects and investigating how things work. Conducting scientific investigations, engaging in hands-on experiences, and asking open-ended questions can foster greater conceptual understanding of our world.

After all of the groups have presented their findings, ask students to discuss what they have learned from all of the results. (For example, increasing the height from which a ball is dropped, increases the height of the bounce.) Speaking about the ball, Roland Rommler, Category Director of Football Hardware at Adidas said: “The original Telstar is one of the most iconic soccer balls of all time, and one which changed soccer design forever, so developing the Telstar 18 while staying true to the original model was a really exciting challenge for us. The SkyBall bounces higher than tennis balls, basketballs, even Super Balls! Here are some of the amazing things people have done with the SkyBall: HIGHER BOUNCE RATE THAN A BASKETBALL: Simply drop the rubber bounce ball onto a hard surface and it will bounce 85% of its original height! A basketball manages a measly 56%! STRESS RELIEF BOUNCE BALL TOY: This bounciest ball is made for both kids and adults!… Sport Ask your students which ball they think weighs more. Ask students to explain why they came to that conclusion.

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Keep raising the string and testing the bounce height of the balls, until only one ball is left. That ball is the winner of the “bounciest ball competition.” The Super Ball® was invented in 1964 by Norman Stingley, who was a chemist at the Bettis Rubber Company. He invented Zectron, which was a synthetic rubber. Which is better a spring or Springless trampoline? If you drop the basketball, the force of gravity pulls it down, and as the ball falls, its potential energy is converted to kinetic energy. … This is because the basketball had an inelastic collision with the ground. After a few bounces, it stops bouncing completely. The energy has left the ball! Does a glass ball bounce higher than a rubber ball? What we really love about the SkyBall is that it isn't tiny (and thus super easy to lose) like other "super balls". The SkyBall has a 4" diameter (about twice the size of a tennis ball), so it's easy to locate when bouncing around like a mad man.