1. In what ways does your everyday life involve science?? There are many ways of which science is involved in everyday life. Science as a technology, for example, can be found in daily usage of internet and cell phones, computers and or laptops and microwaves. In an economically stable country, many of these technologies are commonly used on a daily basis. Other examples involve science as chemistry by means of cooking using measurements and combinations of ingredients. Science is seen in everyday
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Simulation Model Analysis Bouncing Ball Model: Use of Zero-Crossing Detection 2012 Executive Summary In the system of a bouncing ball there are many factors which influence how the ball bounces. The 5 main components which affect how high the ball will bounce include the initial position of the ball, the initial velocity of the ball, the elasticity of the ball, the gravity of the selected area, and also the temperature of the material in which the ball was made from. These 5 major
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all attach at the ends. When the ball hits the floor the many strands become tightly packed by the downwards force (“Why do Rubber Balls Bounce?” n.d., p.1). When bouncing a basketball there is kinetic and potential energy. Kinetic energy has to do with motion. Potential energy is stored energy (“Basketball Bounce Best?” n.d., p.1). As a basketball descends towards the ground, the potential energy turns into kinetic energy (“Physics of Dribbling a Basketball” 2012, p.1). While dropping a basketball
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the world are ball sports, whether it is being thrown, kicked, hit or bounced. With the large variety of ball shapes and sizes, it is natural for people to compare and experiment to see which produces the most movement in any particular direction. One example of this is bounce. Though there are many different types of balls,
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water, sodium borate acts as a binding agent when added to polyvinyl alcohol (PVA), cross-linking the polymers by reacting with the hydroxyl groups in PVA (Baker). When this cross-link occurs, it produces four molecules of water as a byproduct (Figure 1) (“Experiment 2”). Polyvinyl acetate (PVAc) is a rubbery polymer, capable of strong binding and flexibility (Dyslex). PVAc reacts with water, producing acetic acid and a hydroxyl group (Calder). The boric acid from sodium borate reacts with both the
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Corporate Dayout Timings | Winter Facilities | | | Weekdays | Weekends | Day Timings | | Water Park | Start | End | Start | End | 1 | Artificial Sea | 9:00am | 4:00pm | 9:00am | 4:00pm | 2 | Aqua Fun Plaza | 9:00am | 4:00pm | 9:00am | 4:00pm | 3 | Four Lane Multi Slides | 9:00am | 4:00pm | 9:00am | 4:00pm | 4 | Giant Slide | 9:00am | 4:00pm | 9:00am | 4:00pm | 5 | Kamikaze Slide | 9:00am | 4:00pm | 9:00am | 4:00pm | 6 | Camel Back Slide | 9:00am | 4:00pm | 9:00am | 4:00pm |
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Media Flanagan Flash CS5 BOUNCING BALL TUTORIAL Summary: Draw a circle add a gradient for a 3D effect, convert the “ball” into a symbol then add frames & key frames with a classic tween to animate the ball. O F8 Q SHORT CUT KEYS: OVAL F TRANSFORM GRADIENT CONVERT TO SYMBOL F6 NEW KEY FRAME TRANSFORM 1. First Create a New File go to File / New/ Action Script 3 2. Use short cut key O to create the ball and hold down the SHIFT KEY when you draw the ball 3. Open the COLOR PANEL
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Kyndon Boatman How does a basketball’s bounce change due to surface Research Summary Will the surface affect a bouncing ball- When a ball bounces it uses kinetic and potential. When it is in your hand it is potential when it hits the ground it is kinetic. On average there are 15 dribbles in 1 trip down the court,so dribbling is an important part of the game. If you drop a ball from a set distance and it is regulation air pressure on a gym wood surface it will bounce back up ⅔ of the height you
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explain your calculations. Problem No. 3 The Busy Ball Company makes two types of bouncing balls; one has a hollow center and the other has a solid center. The same equipment is used to produce the balls in different runs. The hollow center balls are packaged with two balls per package, and the solid center balls are packaged one per package. During the year, Busy Ball expects to make 1,000,000 hollow center balls and 2,000,000 solid center balls. Estimated direct labor costs for the year are $1
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In the seventh minute captain Martin Dabrowski controlled a bouncing ball and sent a perfect through ball to Nick Lambis who put it past the Carleton Keeper and giving the Rams the early lead. Ryersons style of play this game was considerably different rather than maintaining ball possession they focused on getting shots on the net. “ It was a little more direct a little more no nonsense, get the ball to the striker, get the ball forward and create chances,” said coach Prostran. The
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