The masked ball comes in early in the play and from the prologue the audience know that Romeo and Juliet will meet and fall in love even though they are from feuding families. This allows dramatic irony throughout the play. For example: A pair of star-cross’d lovers take their life.’ (Narrator‚ prologue‚ line 6) This means that they meet by chance and that they will die together. After they meet at the ball they do not know who oneanother is and after enquiring they find they are from the rival
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When a ball is dropped/ thrown to the ground‚ gravity forces the ball to move downwards‚ whilst the ball falls down‚ the Gravitational Potential Energy (GPE) that the ball has transforms into Kinetic energy. As the ball hits the ground with maximum Kinetic energy‚ the forces in play flatten and deform the frame/shape of the ball by compressing and dispersing the molecules that essentially make up the ball. As stated in the law of conservation energy‚ energy can neither be created nor destroyed; rather
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It was hypothesised that as the drop height increases‚ the bounce height of all the balls will also increase. This is because the increasing drop height will result in an increase in the gravitational potential energy found within the balls that results in an increased transformation into kinetic will transform back into kinetic energy on the rebound; the by-product of which is a greater bounce height. The hypothesis was supported by the results. The results showed a clear trend where a steady increase
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Title: The Recipe for the Highest Bouncing Super Ball Name: Date: November 14‚ 2013 Question: How much borax is needed from 1g to 5g to produce a super ball with the highest bounce from the height of 1.5m? Hypothesis: If 2 g of borax is used to make the super ball then it will produce the highest bounce because 2 g will make the appropriate number of bonds without producing a ball that is too soft or too hard to bounce. Materials: Paper cup Beaker Graduated cylinder Stir stick Pencil
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The Effect of Drop Height on Bounce Height with Golf Balls Abstract: The effect of bounce height and drop height with a Titleist golf ball and Top Flight golf ball was observed from three different heights. The first golf ball used while conducting this experiment was the more expensive option‚ “Titleist”‚ which has a softer core and is therefore expected to have less bounce. The second golf ball used in this experiment was a ball with a different interior structure than the first. A less
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pressure and outside temperature will affect how a ball bounces. Almost all sports involve using balls. In a lot of sports the weight and air pressure is regulated. For example‚ the National Basketball Association regulations say the ball air pressure must be between 7.5 pound per-square-inch (psi) and 8.5 psi. That means that if you have less than 7.5 pounds of air pressure in the ball‚ it won’t be as bouncy‚ but if you have more than 8.5 psi‚ the ball will be too bouncy and hard to control. The
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type of grass will the soccer ball bounce on the highest‚ so will it bounce on the Kentucky bluegrass‚ Bermuda grass‚ or the artificial turf the highest. Hypothesis A soccer ball will bounce the most number of times on artificial turf. BACKROUND RESEARCH Soccer balls must be inflated with air before they can be played with. When air is pumped into the ball‚ the number of air molecules and consequently‚ the air pressure inside the ball increases. The ball starts to gradually inflate
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made out of and the size of the ball. Different sports require different size balls to correspond with the correct bounce it needs to be used during the sport. Thats why you would not be able to use a tennis ball to play basketball because it is too bouncy and a soccer ball because it would be too flat. When a ball is thrown to to the floor‚ gravity pulls downward on the ball but while it is on the move‚ kinetic energy is at work. When the energy-driven ball hits the floor‚ the physical
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sport in the area that it involves a great deal of physics. However‚ this paper will focus on the aspect of bowling the ball and the batters reaction to this. When comparing Cricket to other sports that most Americans know‚ the closest match that can be found is baseball. For example‚ a ball is thrown toward someone with a bat‚ and the person with the bat attempts to hit the ball outside of a set boundary. Also‚ the scoring system is cricket is based upon runs. Sounds very similar to baseball‚
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restitution‚ COR‚ is the ratio of the bounce-back velocity to the original velocity of an object undergoing impact (such as a ball impacting the ground after being dropped from an initial height). Using the principle of the conservation of energy‚ the COR can be used to relate the bounce-back height to the original height of a ball dropped from rest. In fact‚ this ratio is equal to the square of the COR. Mathematically‚ if a ball is dropped from a height h(0)‚ and bounces back to a height h(1)‚ then:
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