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Physics Essays

Result for Subject Physics:
1441 essays
Aircraft Systems Physics Report
4 pages (1146 words) , Download 0 , Report
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Most aircraft come up with manuals both for pilot use and technician maintenance use. These systems include electrical, hydraulics, fuel consumption, oxygen, propulsion, navigation, anti-icing, and deicing protection, flight controls, and cooling systems.
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The Mechanical Properties of Materials Physics Report
4 pages (1043 words) , Download 0 , Report
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Materials exhibit peculiar stiffness and tensile strength important to the determination of the mechanical property of engineering material. In this experiment, the materials' properties were examined to identify the mechanical properties of Ultra High Molecular Weight Polyethylene polymer and undertaking comparison to the compressive test.
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Ohm's Law and Direct Current Physics Lab Report
4 pages (868 words) , Download 0 , Lab Report
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Electricity involves the study of charges and their motion. Electric current results once electric charges move in a material. Ohm’s law is a statement summarizing the relationship between the current, voltage, and resistance. Ohm is the name of the person who comes up with this relationship hence the name of the axiom.
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Ohm's Law and Direct Current Physics Lab Report
4 pages (1122 words) , Download 0 , Lab Report
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The first task revolved around Ohms law for 1kΩ resistor. To ascertain its resistance, a digital multimeter and AVO are employed in measuring voltage and current. The results are then plotted on voltage vs current graph. This graph will give the line of best fit whose gradient represents the resistance of a resistor.
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Vibration Physics Assignment
4 pages (1374 words) , Download 0 , Assignment
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The stability condition of a two-degree-of-freedom system is represented in physical constants terms of the system; the two-degree-of-freedom system discussed is subjected to self-exciting. The solutions of the frequency transfer function might be availed via the substitutions in places of s after obtaining a general transfer function for a system.
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Analog to Digital Converter Specifications Physics Report
5 pages (1408 words) , Download 0 , Report
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The function of an expander is totally the reverse of the one related to the compressor. The expander further enhances the loudness of the loud signals, proportionate to the louder audio signals. Also, an expander is helpful by being a part of a procedure named “downward expansion” aimed at lessening the noise.
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Relationship Between Heat and Temperature Physics Coursework
5 pages (1382 words) , Download 0 , Coursework
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Heat is related to the kinetic; a disorganized molecular motion, and internal potential energy of a system. Thus, kinetic energy is energy in motion while potential energy is stored. The transfer of heat from a warmed system by radiation. The movement of energy always is from the warmer systems to the colder systems.
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Ohms Law and Direct Current Physics Lab Report
5 pages (1418 words) , Download 1 , Lab Report
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Adjustments were made from the variable power supply to produce various current and voltage values which were recorded and graphically represented with the aim of ascertaining Ohm’s law. When current and voltage values through unknown resistors are known, Ohm’s law can be used to calculate the magnitude of resistance offered by that element.
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Dimensional Analysis - Kolmogorov Velocity Scale, VT in Homogeneous Turbulence Physics Coursework
5 pages (1573 words) , Download 0 , Coursework
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The paper “Dimensional Analysis - Kolmogorov Velocity Scale, VT in Homogeneous Turbulence”  is a fascinating example of coursework on physics. The dimensional analysis of the kinematic viscosity yields L2T-1. The dimensional analysis of the fluid density yields ML-3. For the kinematic coefficient of viscosity, it is the dynamic viscosity to the fluid density ratio.
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Modeling of the PV Diagram Physics Term Paper
5 pages (1407 words) , Download 0 , Term Paper
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The paper "Modeling of the PV Diagram" is a good example of a term paper on physics. A P-V diagram is simply a graph of gas pressure versus volume plotted to show the state of gas and the amount of work done during a process of heat transfer. This is emphasized by the ideal gas laws which are used to indicate the amount of work done by the kinetic.
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P-V Diagrams: Definition and Applications Physics Assignment
5 pages (1451 words) , Download 0 , Assignment
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The paper "P-V Diagrams: Definition and Applications" is a wonderful example of an assignment on physics. The concept of PV diagrams drawn from the ideal gas laws has increasingly become utilized visual aid for creating an understanding of the working of engines. The parameters of ideal gas law are usually expressed in the form of presenting the pressure gas.
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Assignment of Fluids, Fire, Heat, Dimensional Analysis, and Turbulence Physics Assignment
5 pages (1310 words) , Download 0 , Assignment
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The equation of motion requires turbulence motion. Turbulence models are significant since it is difficult to capture every scale of motion directly. In addition, steady-state solutions are preferred for detailed and time accurate motions. Unsteady motions cannot be resolved, hence, require modeling.
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Calorimetry, Measuring the Amount of Heat Released or Absorbed During a Chemical Reaction Physics Research Paper
5 pages (1276 words) , Download 0 , Research Paper
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The total amount of heat that is required to increase or raise the temperature of any system by one degree Celsius is the specific heat. Normally, heat and temperature are related in such a way that that they expressed in one equation where c is the specific heat capacity. If there is a phase change in the system the relationship does not exist.
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Classical Mechanics of Fluids, Heat Transfer, Thermochemistry and Fluid Dynamics of Combustion Physics Assignment
5 pages (1530 words) , Download 1 , Assignment
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The paper “Classical Mechanics of Fluids, Heat Transfer, Thermochemistry and Fluid Dynamics of Combustion”  is a cogent variant of assignment on physics. The list of Navier-Stokes equations is stated as follows. Equations of energy conservation are stated as follows (Bansal and Bansal, 2010): Gravitational potential energy, PE(grav) = mgh, Elastic potential energy, PE(elastic) = (1/2)KX2
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Buckling of Struts Physics Math Problem
5 pages (1388 words) , Download 0 , Math Problem
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The main purpose of this report to provide details of an experiment that has been carried and aimed at examining the relationship between elastic deformation by buckling of struts with a range of end conditions and eccentricities of loading.
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The Laws of Thermodynamics Physics Assignment
5 pages (1410 words) , Download 2 , Assignment
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The view factor's role is to determine the amount of radiant energy received per unit time by another surface in contact with another surface (Heat transfer principles in electronic Cooling, 104). Concerning the view factor, a black body is a body whose energy is equal to the other body's energy, they are exchanging heat.
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Energy Transfer and Thermodynamics Physics Assignment
5 pages (1623 words) , Download 0 , Assignment
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Endothermic reactions refer to the process where energy is conveyed from the thermodynamic system surroundings of space/system (Cengel, 2007). For instance, a blast can be described through the calcium carbonate thermal decomposition process. The surroundings have a lower heat compared to the heat they had initially. 
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Air-Flow Rig Measurement Physics Lab Report
5 pages (1658 words) , Download 0 , Lab Report
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The flying principles of airplane use this principle of operation. By understanding the characteristics of fluids when inflows under different conditions is a key element in this part. In this portion, however, one will engage in the studying of the fluid flow in the pipe network. There are several methods of measuring fluid flow (BAECHTEL, 2015).
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Newtonian Physics to Predict the Speed of Gravity Racer Physics Report
5 pages (1362 words) , Download 0 , Report
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The velocity was affected when parameters were changed. When weight and distance were varied, the velocity of the racer was affected. This showed that the velocity of the racer depends on its size, distance, and mass. When the drag force is introduced, velocity is reduced. When air and friction are introduced, velocity goes down.
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Aluminum, Aluminum Alloys, and Metallic Matrix Composites Physics Assignment
5 pages (1524 words) , Download 0 , Assignment
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Glass Transition Temperature represents the temperature at which the individual polymer chains become sufficiently mobile at a molecular level to move independently despite the fact that they remain entangled.  The melting point on the other hand is the temperature at which a given material changes from a solid to a liquid, or melts. 
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Potential Flows Analyses Physics Lab Report
5 pages (1389 words) , Download 0 , Lab Report
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The paper “Роtеntiаl Flоws Аnаlysеs”  is an engrossing example of a lab report on physics. Any potential flow is assumed to be irrational and frictionless. This is because of the degree of their viscosities’ effects of certain fluids being small enough and thus, they can be neglected. Due to these characteristics of the potential flow, it is applied in several applications.
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Physics Behind the Breaking of the Crystal Glass Physics Lab Report
5 pages (1357 words) , Download 0 , Lab Report
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It happens if a system can store and transfer energy between any of the storage modes. If the energy keeps on changing from one state to another, some energy loss occurs in the process. However, if the damping is infinitely small the resonance vibrates at relatively equal to the natural frequency of the object or the system.
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Pressure Drop Rate Physics Math Problem
5 pages (962 words) , Download 0 , Math Problem
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From the given values of ma and the relating to the pipe cross section the was calculation of volume per unit time and velocity as can be seen in column 6 and 7 respectively.
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Fluid Mechanics Lab Experiments Physics Lab Report
5 pages (1501 words) , Download 0 , Lab Report
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At first, an experiment was conducted aiming at examining the main types of fluid flow, which include Laminar, Transitional, and Turbulent flow. Further, the aforementioned experiment was aimed at establishing the relationship between the three types of fluid flow mentioned above and the Reynolds number. A lot of parameters were determined.
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Calculating Indoor Temperature Under Different Roof Materials Physics Assignment
5 pages (1525 words) , Download 0 , Assignment
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The course or direction taken by the flow is dependent on variation in temperatures. Air density tends to be higher where temperatures are higher. As such, air will move upwards and outward if temperatures are higher indoors. The cooler air from outside will then flow in through lower sections in a building. 
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Wireless Networks Physics Essay
5 pages (1672 words) , Download 0 , Essay
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According to Jensen and Wallace (2004), antennas refer to devices that convert electromagnetic radiations/signals into electric currents in conductors. This depends on whether they are used as transmitters or receivers. It’s composed of electrical circuits that provide interconnecting links between free space and receivers or between transmitters and free space.
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Warmth Capacity Against a Period of Time Physics Research Paper
5 pages (1449 words) , Download 0 , Research Paper
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Through the experiment, thermal conductivity and specific heat capacity of unknown metals were obtained. However, the experimental values deviated from perceived actual values by some percentages. These deviations are attributed to measurement and estimation errors.
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Occult Warmth of Amalgamation and Thermal Capacity Physics Report
5 pages (1514 words) , Download 0 , Report
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The metallic cylinder was then placed into the boiling water for three minutes. During this process, a lot of care had to be observed to prevent the metallic cylinder from not touching the element of the kettle. This was to ensure that the measured temperature of the water was equal to that of the metallic cylinder.
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Maintenance Laws in Margin Doxy and Relationship Between Adequacy Physics Assignment
5 pages (1643 words) , Download 0 , Assignment
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The connection between symmetry and conservation laws indicates how important it is to have some constants. This is what helps experts in both physics and mathematics to come up with similar results, for instance, regarding studies when the same set of conditions remain the same so each of them knows the quantity to be used.
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Gravitational Boost due to Ordinary Pendulum Physics Research Paper
5 pages (1389 words) , Download 1 , Research Paper
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The experiment was improved by improving the reliability of the procedure given. The air resistance error can be reduced by increasing the displacement and repeating the same set of data more than two times. The exact length can be improved by measuring the string after completion of the 10 oscillations for the same set of data.
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Corpuscular Intensity Physics Report
5 pages (1413 words) , Download 0 , Report
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Beta-decay is a process that clearly follows 1st order kinetics, and therefore, a single constant can be used to describe the rate of decay. It has been experimentally observed that beta decay occurs within a big range of half-lives from milliseconds to about 1016 years. The beta decay process involves creating two particles and is not continuous.
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Above the Lower Critical Radiation: Plasma Generates Additional Heat Flux Physics Assignment
5 pages (1411 words) , Download 0 , Assignment
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This experiment gave the heat capacity value of the block material as well as the values of thermal conductivity of a given rod. The specific heat capacity and the thermal conductivity obtained in this experiment do not correspond exactly to the expected values. This is due to errors that came from different sources.
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The Relationship Betwixt Capacity of Gas and the Temperature Physics Report
5 pages (1713 words) , Download 0 , Report
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The graph plotted has a positive gradient to indicate a direct relationship between temperature and pressure.  It is a proof of pressure law which states that under constant volume, the pressure of a gas with a certain mass will increase for every degree Celsius rise in temperature by a constant fraction of 1/273 in its pressure.
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Absolute Kelvin Temperature of the Absorbed Atmosphere was Duplicated: Voltage Doubles Also Physics Assignment
5 pages (1795 words) , Download 0 , Assignment
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In the above experiments, the relationship between pressure and volume in a fixed gas sample was determined. Also, the relationship between pressure and temperature in a fixed volume of gas was determined. A sealed cylindrical tube was used in both experiments. From the graph, the pressure of the gas is inversely proportional to the volume.
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The Tension of a Gas is Square Rateable to Its Absolute Temperature Physics Research Paper
5 pages (1281 words) , Download 0 , Research Paper
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The results prove, with a small percentage error, that Boyle’s law and constant volume law (Gay Lussacs) are both right in principle and under ideal conditions; the results would accurately depict these. Continued practice in these experiments would help avoid the aspect of human error in the results obtained.
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Shifting Amperage and the Oscillograph Physics Research Paper
5 pages (1662 words) , Download 0 , Research Paper
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At the end of the laboratory experiment, the students were able to familiarize themselves with the operation of the Cathode ray oscilloscope and the function generator. One was able to understand and use the basic functions of an oscilloscope. The Y-gain and time base controls. The amplitude and frequency of a periodic waveform were determined.
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Determining the Speed of Sound in a String Physics Lab Report
5 pages (1409 words) , Download 0 , Lab Report
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The frequency was adjusted till a standing wave was produced. Graphs of frequency and inverse of wavelength were plotted and a slope was calculated and gave the value of the speed of sound for each tension (C). Both tabulated and calculated values of the speed of sound in the string were compared.
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The Speed of Sound in a String Physics Lab Report
5 pages (1364 words) , Download 0 , Lab Report
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During this experiment in order to achieve its objective various measurements are done. These include the frequency of the vibrator, weight used and the wavelengths. The oscillator is adjusted to a frequency of 15Hz. Graphs of frequency and inverse of wavelength are plotted and a slope is calculated to produce the value of the speed of sound.
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Classical Mechanics of Fluids Physics Assignment
5 pages (1607 words) , Download 0 , Assignment
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Experiments have shown that a decrease in ignition delay time with an increase in oxygen concentration pressure. Experiment on how the temperature of the opposed flow affects the behavior of flames has shown that there is a decrease in delay time and the rate of flame spread increases as the temperature increases in the opposed flow. 
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Experiment of Comparing Flow Rates for Different Meters Physics Assignment
5 pages (1512 words) , Download 0 , Assignment
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The flow rates using the tank are calculated by converting the volume of water in liters into m3 and diving by the time taken in seconds for the volume to be collected. The volume in liters is multiplied by 0.001 in order to convert it into m3. The flow rates in m3/s are obtained by dividing the volume in m3 by the time in seconds.
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Moment of Inertia of a Flywheel Physics Lab Report
5 pages (1576 words) , Download 0 , Lab Report
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The product of tension P and radius of spindle r increased from 0.094617to to 0.378095. When the Pr was plotted against the angular acceleration a linear relationship graph was obtained. From the graph, it can be seen that the gradient of the graph is 0.551 which meaning the moment of inertia of the flywheel is 0.551 kgm2.
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The Theoretical Value of the Moment of Inertia of a Flywheel Physics Lab Report
5 pages (1624 words) , Download 0 , Lab Report
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In this experiment, the aim was to establish the moment of inertia of the disc (  flywheel) by the use of a combination of linear motion and circular motion equations. The procedure of the experiment involved a mass being hanged on the flywheel through the spindle where the diameter of the spindle was 38mm (radius=0.019m).
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Gyroscopes in Physics Physics Report
6 pages (1710 words) , Download 0 , Report
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Spherical, wheel-shaped, or disk-shaped bodies that are mounted to rotate in any direction and used to demonstrate these properties or to indicate movements in space are called gyroscopes. A gyrostat is a gyroscope, which moves only on its axis of rotation and almost all practical applications use gyrostats.
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Burning Dependance on Oxygen Physics Lab Report
6 pages (1674 words) , Download 1 , Lab Report
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The oxygen index method has been found to describe the tendency of a material to catch flame. This has been used as the method to find the flammability of polymers. Limiting oxygen index has also been found to determine the numerical measure of flammability. The presence of oxygen in the air has been found as 21%.
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The Major Concepts of Magnetic Resonance Imaging Physics Report
10 pages (2768 words) , Download 0 , Report
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The total energy that is delivered should be minimized. In designing, a gradient coil, thin strips of the copper used are positioned along the streamlines. Assuming that the strips are uniform and current density constant, the magnetic field that is induced by the currents is computed. Magnetic induction is seen to be related to gradient coils.
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The Development of Quantum Mechanics and Its Modern Understanding Physics Report
14 pages (3882 words) , Download 0 , Report
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Werner Heisenberg was able to enact the famous Uncertainty Principle and was also the man behind the Matrix Mechanics, which is one of the two standard formulations of quantum mechanics. Werner Heisenberg, who is one of the founders of quantum mechanics, sought to establish a basis for the theoretical aspects of the quantum mechanics of the system.
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Computational Fluid Dynamics Physics Math Problem
9 pages (2499 words) , Download 0 , Math Problem
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The reasons why turbulence models are required in CFD – turbulence models are ideal in CFD problems because turbulence can be used to solve complex problems. This is because CFD models consist of 4 components which include grid and geometry generation.
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Thermal Capacity, the Amount of Heat to Be Supplied to a Given Mass of a Material Physics Research Paper
8 pages (1938 words) , Download 0 , Research Paper
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Heat is defined as the transfer of energy across the boundary of a system due to a temperature difference between the system and its surroundings. Heat energy transfer from one body to another is a result of differences in temperatures of the two bodies. The process of heat energy transfer from one body to another is known as heat exchange.
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Advantages and Disadvantages of Gas and Electric Engines Physics Report
8 pages (2274 words) , Download 0 , Report
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The engine used illuminating gas and offered practically reasonable service. It was in effect a transformed double-acting steam engine, which has slide valves for admitting air and gas and for getting rid of exhaust products. The Lenoir engine developed limited power, had high fuel consumption, and used only approximately 4% of the fuel energy. 
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Understanding of the Youngs Modulus Concept Physics Lab Report
9 pages (2227 words) , Download 0 , Lab Report
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This experiment is concerned with the determination and understanding of the Young’s Modulus concept by carrying out three different experiments. These experiments include the one involving deflection of beams where the supports to the beam are different. This experiment involved the set-up of a simply supported beam.
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