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# Ball Bounce Height Investigation

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1. ## Investigation &amp;quot; How the Temperature of a Squash Ball affects the Bounce

Word count: 716

2. ## Movement - modelling the height jumped by horses in the Olympics

Word count: 2965

3. ## Bouncing balls. Research question: What is the relation between the height from which ...

Word count: 1870

4. ## The Half-life of dice Decay investigation

Word count: 927

5. ## Physics-investigate the relationship of temperature and the height of the bounce of a squash ...

Word count: 1333

6. ## Light Intensity Investigation

Word count: 2990

# Related International Baccalaureate Physics essays

1. ## Practical Investigation

DISSCUSSION & EVALUATION: Factors that also affect the period of a pendulum that are not investigated in this practical are the wind, the latitude of the pendulum, the force of push by the individual, the type of bob or string, whether the bob is swing in a straight line or

2. ## Physics-investigate the relationship of temperature and the height of the bounce of a squash ...

be adjusted and set up next to the wall, the squash ball will be released from the top of the meter stick and as soon as it is ready to be released, the video is recorded and the ball is let to be dropped and bounced.

1. ## Bouncing balls. Research question: What is the relation between the height from which ...

decimal place To make the experiment more accurate and have more datas to compare, I designed the second phase of the experiment. The method used was the same, but the surface-on which the experiment was carried out- was changed from floor to table.

2. ## Movement - modelling the height jumped by horses in the Olympics

Therefore, height is proportional to velocity squared (v2). The following is how I will calculate the height the ball travelled. Working Out: Kinetic Energy (KE) = 1/2 mv2 Potential Energy (PE) = mgh KE converts to PE or the horse hits the wall 1/2 mv2 = mgh if 100% efficient 1/2 mv2 = mgh v2 = 2gh 2g

1. ## Investigation &amp;quot; How the Temperature of a Squash Ball affects the Bounce

Once the average time has been calculated, continue the experiment and just record the results for the height that the squash ball bounced. Data: Temperature of water (�C) Time taken to drop (seconds) Height of bounce (cm) 0�C 0.78s 6cm 30�C x 6.5cm 40�C 0.81s 7.2cm 50�C 0.97s 15.5cm

2. ## Light Intensity Investigation

& Plan: Here are the details of how we will conduct our experiment and the measurements we will make and process: Our group will measure the light intensity at various distances by using the application Data Studio to provide us with our readings.

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