find an inclined plane on a fan. Also‚ tell where you would find a wheel and axle. Explain how the shoelaces on your shoes are similar to pulleys. The floor of a bathtub is an inclined plane. Explain. ESPN is creating a video series around the physics of sport. You are a skateboarder in the X-Games and you have been asked to explain to ESPN viewers your gravity defying performances. You will have to include four stunts identifying at least one of Newton’s Laws of Motion for each stunt and you need
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Abstract Dreamworld‚ located in the Gold Coast‚ Australia‚ draws in hundreds of visitors everyday due to its extreme thrill rides and various attractions. Multiple thrill rides at the park have been researched and experimented upon‚ to evaluate the physics of the ride. The Tower of Terror II is one of the rides that has been looked upon and tested on. The Tower of Terror II is an L-shaped ride‚ the ride consists of a 6000kg cart (7000kg with the maximum 14 passengers) that travels horizontally across
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Topic #5(. Forces 1. Forces 2. Newton’s First Law of Motion 3. Newton’s Second Law of Motion 4. Units of Force 5. Mass and Weight 6. Two Ways to Measure Mass 7. Friction 8. Net Force and Acceleration 9. Free Fall 10. Newton’s Third Law of Motion *11. Forces on Inclined Planes Notes should include: Defn: Dynamics is defined as the study of the effects of forces on matter. Forces: Often a force is described as a push or a pull. Forces are often categorized according
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Electricity has become the main sources of domestic energy in Australia over the last 200 years and played an important role in today’s society‚ industry . In the early time when the British started to settle in Australia‚ firewood was the most important fuel. In 1831‚ Michael Faraday put forward the electromagnetic induction‚ which led to the development of electric generators and made the large amount of electricity supply become possible. After 1879 when the perfect light globe was designed
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The physics concepts that were illustrated in our egg drop project were momentum and energy. In the project‚ we saw how momentum increases as a normal egg without anything to slow it down would crack. That was because the longer that the egg fell‚ the more momentum the egg gains. We also saw that by adding resistance during the fall‚ such as a plastic bag “parachute”‚ would slow down the egg enough so that it would not crack when it reached impact with the ground. The other concept that was discussed
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Introduction Background Theory The usual equation for measuring electric current flowing through a series is I = V/R. The current flowing in a series is affected by the voltage and the resistor that is also creating the series. Electric current is a flow of electric charge through a conductive medium. These charge is in a form of moving electrons in a wire. The SI unit for electric current is ampere (A) and can be measured by using a device called ammeter. Change in temperature can change
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LABORATORY REPORT Acceleration Due to Gravity Table of contents Objective 1 Equipment 1 Procedures 1 Recorded data‚ calculated results‚ and graphs 1 Discussion 3 Conclusions 3 Objective In this project we attempted to confirm that the acceleration
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HOW DO WE WRITE THE RESEARCH PAPER? A science investigatory project ends with a report. It is also known as the technical paper. OUTLINE FORM A. TITLE - catch the attention - concise - accurate - descriptive - self-explanatory The phrase “A Study to Show” should be avoided‚ because in research you do not seek to prove something‚ but rather to impartially find an answer. B. ABSTRACT - short paragraph of not more than 200 to 250 words - gives the essential or principal features of
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TABLE 1 *CRUMPLE ZONE: NON-CONTROLLED TRIAL | TRIAL | TIME(Sec) | DISTANCE(cm) | DISPLACEMENT(cm) | SPEED(m/s) | ACCELERATION=V-U/T | MAXIMUM VELOCITY(m/s) | ANGLE OF RAMP(Degrees) | MASS OF CAR(g) | GRAVITATIONAL POTENTIAL ENERGY(mgh) | KINETIC ENERGY(1/2mv2) | HEIGHT OF RAMP(cm) | 1 | 1.44 | 0.0149 | 0.0119 | 0.01035 | 0.574 | 0.826 | 20 | 226.22 | 0.1821 | 77.17 | 35 | 2 | 1.19 | 0.0153 | 0.0123 | 0.01286 | 0.869 | 1.034 | 25 | 226.22 | 0.2185 | 120.9 | 42 | 3 | 1.13 | 0.0158 | 0.0128
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An investigation into the specific heat capacity of a solid Introduction: In this experiment I investigated the specific heat capacity of brass and aluminium‚ in order to do this I arranged a series circuit with a heater‚ the heater would go inside the brass and aluminium and heat it for an amount of time in which I decided‚ I also used the voltmeter in parallel. This arrangement made me able to arrange the equation VIT= mcΔθ‚ since the electrical energy in would be equal to the mass times the
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