1.05 Drop and Bounce Lab (2013) Name Overview: In this lab‚ we will test balls made of various materials. The matter that composes the ball must store energy on impact and then release the energy in a way that allows elastic recoil‚ or bounce. In addition to elasticity‚ there is also a relationship between the height from which the ball is dropped and the height of the bounce. We will measure and graph the relationship of those two variables. Procedure: 1. Open the Drop and Bounce Virtual
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Student Guide Laboratory: Drop and Bounce Different matter responds differently to force. In this lab‚ you will explore the relationship between matter and energy by dropping objects made of different materials from different heights to see how high they bounce. You will be dropping these objects in a virtual lab setting where objects behave the same as they would in the real world. Goals for the Lesson Solve a problem using the scientific method. Use the metric system in a scientific experiment
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Bouncing Balls Coursework P3 1. Work out the average bounce height and put results in a table. Draw graph of the drop height against bounces height label axis. 2. Looking at my data‚ it is evident that when the drop height is 200cm for instance the average bounce height is 67cm compared to a shorter drop height of 120cm which has a average bounce height of only 50cm. This shows that when the drop height is higher the bounce height is also higher. 3. My data is good as I ensured that it was
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Victoria Pham Marshall Malino Ethan Waugh Naked Egg Drop lab May 21‚ 2013 The purpose of the lab was to create a contraption that prevents an egg from breaking when dropped from about 18 ft. We made net out of yarn and lined the bottom of the box with cotton to soften the impact of the egg. Though the contraption didn’t work very well since the egg broke the moment it landed. Though we managed to calculate the amount of Potential energy at the start and how much kinetic energy it had when it
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Exhibits: Exhibit 1: Blood drops dropped from heights of 10 cm‚ 25 cm‚ and 50cm Exhibit 2: Blood drops dropped at angles of 90°‚ 60°‚ 30°‚ and 15° Exhibit 3: Blood dropped on a cardboard surface‚ floor tile surface‚ and a piece of brick surface Findings: Extensive examination and comparative analysis as blood drops were dropped from different heights‚ angles of impacts and different impact surfaces revealed the following: As the height that a blood drop falls from increases‚ the
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1.1 Analysis of the existing policy‚ practices and information on the Bounce Fitness Website relating to diversity. 1.4 Access diversity policies from other organisations similar to Bounce Fitness and review for their relevance to Bounce Fitness. See attached The following documents on the bounce website have a direct relation to diversity. (precisiongroup‚ 2012) Diversity Policy Work Place Harassment prevention policy Code of conduct Personal Policies - Equal employment - Anti –discrimination
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Introduction Bounce Fitness is made up of four fitness centres. Head office is currently established in Cairns‚ Queensland. The other centres are in Brisbane‚ (Queensland)‚ Sydney‚ (New South Wales) and Melbourne‚ (Victoria). It is the intention of the Board of Directors that a new centre will be opened in Perth‚ (Western Australia). It was established in 2001 by Margaret House as a single aerobic studio. After two years membership increases demanded the small leased centre be expanded and
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How high does a ball bounce? Aim: To see how high the bounce of a ball is. The changed variables are the height of where the ball is dropped from. The independent variables of this investigation. The (dependent) variable that will be measured in this investigation is the bounce height of the dropped ball. This shall be observed with one person dropping the ball from above while another person watches the for the highest point the ball reaches. Three variables that could be affected
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I. Problem/Purpose “In this experiment we want to investigate __________________________. We will change the ____________ and measure the ____________‚ while keeping the _________ constant” II. Prediction “We predict that the straws would take in all the impact force‚ it’s because the straws has many collapsing points. This would help sustain in the eggs inside. III. Materials * Sponge * Straws * Plastic tape * Duct tape * Yarn strings * 2 Eggs IV
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Bubble Inside a Bubble Materials • • • • • • • • Granulated sugar (we had our best results using Imperial Sugar and Dixie Crystals) Dish soap Water Tablespoon Scissors Pipette Cup Adult supervision Bubbles form because of a combination of water’s hydrogen bonds and the oily film you can see shimmer in the light. The oily film you see is actually two separate layers of soap attached to‚ and surrounding‚ hydrogen-bonded water. Solar Oven S’mores Materials • Pizza box • Two clear sheet protectors
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