Conclusion: Graph 1 shows patterns observed with parachute shape. The patterns observed are that the octagon has much slower speed than all the other shapes. The rectangle shape parachute is the fastest speed. The R squared value looks at the points of data and their variations to determine a strong or weak correlation. The rectangle shows the weakest points of data and the octagon shows the strongest points of data. It is noted that no control run is conducted in this experiment. When trialing
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B Eng Research Proposal - Form A | Form A is an explanatory structure of what a B.Eng dissertation proposal should include. Details | Student Name: Mohammad Bilal Karamally Student ID: EAC 0910368 Course: Individual Project Email: Bilal Karamally@gmail.com Supervisor: Mr Abdul Nasser Chakra Project Details | Project Title: | Abstract/ Summary: The hydro-foam constructed from balsa and various other materials
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Critical Analysis Of Load Distribution On a scissor Jack Gabriel Chong‚ Paul Stegner‚ Chris Yorgey Department of Physics and Engineering Elizabethtown College‚ Elizabethtown‚ PA Email: chongg@etown.edu‚ stegnerp@etown.edu‚ yorgeyc@etown.edu INTRODUCTION In this discussion we will introduce our critical analysis of the load distribution on a scissor jack. It has been specified that this jack is to hold a load of 100 lbs on the top plate‚ with the jack height set to 7 inches.
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Jenessa Orpilla Summer Assignment AP Psychology Movies and Mental Disorders Running with Scissors is a film adaption of a memoir written by Augusten Burroughs. It takes place in the 1970s where young Augusten lives with a dysfunctional family; an alcoholic father and a delusional poet. After his parents’ divorce‚ his mother‚ Deidre Burroughs goes to see a psychiatrist named Dr. Finch. Incapable of raising Augusten‚ Deidre gives custody of her son to Dr. Finch‚ where he deals
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When you hear the word aerodynamics‚ the first thing that comes to mind is airplanes and pilots. There are other applications that apply. For instance‚ the passing of a football. A football that is thrown into the air has inertia. This is the tendency of an object in motion to remain in motion. But because of gravity the ball is pulled down and resistance that slows the ball down. A quarterback through the motions of his and body‚ must balance the forward momentum that he gives the ball‚ fighting
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The Paper Airplane Lab Purpose: How can a paper airplane be modified so that it can fly farther? Hypothesis: To make our paper airplane fly farther‚ Naveen and I decided to bend the sharp tip of our plane down. We made this modification because the wings of the airplane enable it to fly farther since it makes the airplane stay longer in the air. We believed that because the wings enlarge the volume of the airplane‚ the air resistance on it would become more‚ making it able to stay in the air
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This egg drop experiment forced me to think and develop a design that I felt confident with. I developed several models and tested them numerous times‚ but could not settle on one. Eventually‚ I was able to put an addition onto one of my designs which gave me confidence in its ability to protect that precious egg. I will explain why my design worked so well in respect to impulse‚ air resistance‚ and stability. First‚ I will discuss impulse. Impulse is a force acting briefly on a body and producing
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Air resistance is an opposing force often known as drag force. Air resistance acts in the opposite direction to snow skier’s velocity and can either harm or enhance performance of the athlete. The flow of air around an object causes the unavoidable effect of drag and is influenced by the size‚ shape‚ surface‚ and overall speed of an object (John Polson‚ 2013). Air resistance is present in snow skiers and can inhibit their performance in a race greatly if the proper precautions and positions are
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HARDWARE 3.1 INTRODUCTION Quadcopter is a flying vehicle with six degrees of freedom which uses four rotors to push air downwards and to create a thrust force for keeping the quadcopter on the air. The pilot or flight control unit will control the orientation and tile of the multicopter by reading the data from the sensors. Gyro‚ accelerometer‚ magnetometer or GPS can be used to sense the tile‚ orientation and position of the vehicle. It can be used in many applications merely by changing the sensors
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Water Rocket Lab Kinematics: Motion in Two Dimensions Cindy Cao AP Physics 1-212 Changzhou Senior High School of Jiangsu Province Abstract This paper introduces an experiment about launching a water rocket. The projectile motion of this water rocket will be examined.In this experiment‚the water rocket will be launched at 4 different angles 30°，45°60°and 90 °.We will measure the ranges‚maximum altitudes and air time in order to have a better understanding of the projectile motion.As the practical
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