Temperature Essays: Free Topic, Sample and Examples

High Temperature Superconductivity
Background (major concepts and relevant example) on the topicSuperconductors refer to the materials that are capable of conducting electricity without any resistance. This only happens under low temperature (David & William, 19). The high temperature superconductors refer to all the materials that are made up of compounds or elements which are superconducting and transition temperatures but above 30k or -243.20c. Between the year 1960 and 1980, the transitional temperature was believed to be ...
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High-Temperature Furnace Element
The paper “High-Temperature Furnace Element”  is a potent variant of a lab report on technology. There is a variety of materials whose characteristics perfectly match those required by the high-temperature furnace elements. Due to the aforementioned property requirements for these elements, materials primarily made of metals or ceramics can serve excellently well. One such material is nichrome, which is essentially an alloy of nickel metal and chromium. Its application in high-temperature ...
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Steam Temperature Control
The paper " Steam Temperature Control" is a delightful example of a term paper on engineering and construction. Abstract Tightening up discharge restrictions to the atmosphere is ceaselessly bringing in new disputes to a steam power plant design and evolution. Researchers and Engineers are gaining more interest in studying power plants as a result of the increased need for power in the highly industrialized society we are living in. This paper is a comprehensive literature review on steam ...
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Effect of Temperature on Larvae Growth
The paper "Effect of Temperature on Larvae Growth" is a good example of a lab report on science. Abstract This experiment aimed at investigating the relationship between larvae growth and temperature. The various facts about forensic entomology have been discussed as a build-up to this experiment. The experiment involved placing a constant number of larvae in beakers which were then placed in different temperature conditions. From the experiment, it was found that the beakers that were under a ...
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The Response of Crayfish to Variation in Temperature and pH
The paper “The Response of Crayfish to Variation in Temperature and pH” is a meaningful example of a research paper on biology. The changing environmental conditions affect invertebrates throughout their life cycles. Changes in temperature and other environmental conditions may distract the life cycles of invertebrates while constraining their movements. This study evaluated both the specific effects of pH and temperature and the interaction between them on the bite force and locomotor ...
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Various Systems for Sex Determination among Species including the XY, ZW, and Temperature-Dependent Sex Determination
The paper “Various Systems for Sex Determination among Species including the XY, ZW, and Temperature-Dependent Sex Determination” is a thrilling version of the essay on biology. One of the ways to observe differences in species in the Animal Kingdom is by looking at the sexes. Determination of the sex of an animal is usually localized on a specific chromosome or condition that affects the developmental pattern of the organism in regards to the development of sexual organs or glands (Haag ...
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Analysis of Surface Temperatures Distribution over Paris
The paper "Analysis of Surface Temperatures Distribution over Paris" is an excellent example of a research paper on environmental studies. This study seeks to determine the ability to use GIS software in satellite data analysis. The study uses the QGIS for the task of determining the Land surface temperature profile of Paris. The analysis of data involved 4 steps namely: the conversion of raster bands from digital Number to reflectance and At satellite, land cover classification, reclassification ...
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FDS06 Version Has To Be Used
Domains and Meshes When have a domain with dimensions of 24m by 12m by 6m in the x, y and z directions it is designed as follows,A figure showing original point of coordinate system Step 1:The first step is to design a ‘Mesh’ in FDS06. A ‘Mesh’ is an open space; where the domain will be modeled in it. The Mesh was designed by using the above command; it determined the dimensions along (X, Y, Z) axes; in addition to the number of cells required in each direction (X, Y, Z). Figure 1: drawing x, y, ...
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Energy Transfer and Thermodynamics
The paper “Energy Transfer and Thermodynamics”  is a meaty version of the assignment on physics. The laws of thermodynamics are the zeroth law of thermodynamics, the first, the second, and the third laws of thermodynamics. The zeroth law of thermodynamics states that “if two systems are both in thermal equilibrium with a third system, they are also in thermal equilibrium with each other” (Grote & Antonsson, 2009, p.225). It means that if two systems come into contact ...
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High Temperatures on Dairy Cattle Production and Potentially on Milk Composition and Quality
The paper "High Temperatures on Dairy Cattle Production and Potentially on Milk Composition and Quality " is an excellent example of a term paper on science. 1.0 Introduction The increase in ambient temperature forces the animal’s body to regulate its core body temperature by varying both physiological and metabolic functions. However, a number of behavioral, health, and performance difficulties are associated with such alterations. Dairy cattle are considered more susceptible to high ambient ...
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Variety of Metric to Measure Heat Exposure
The paper "Variety of Metric to Measure Heat Exposure" is a great example of a lab report on environmental studies. Health research on the environment shows a variety of metrics to measure heat exposure. It employs both to directly study outdoor temperature and their effects. In order to measure heat or temperature exposure environmental research normally uses heat index which incorporates both air and moisture. Heat index now is a value that takes both humidity and temperature into account. ...
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Heat Transfer, Fluid Dynamics, Fire Plume and Enclosure Fire
The paper "Heat Transfer, Fluid Dynamics, Fire Plume and Enclosure Fire" is a good example of an assignment on science. [b] Calculation of the temperature of the two faces of the wall (i) Heat flux) Where: - Heat transfer coefficient (20 W/m2.oC) – The temperature of the fire – The temperature of the surface directly exposed to fire (This is the temperature of the wall surface facing the fire source) (ii) Heat transfer through the board by conduction = = ) = = 826.8oC (This ...
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Free Atoms and Radicals
The paper "Free Atoms and Radicals" is a wonderful example of an assignment on formal science and physical science. 1. What are free atoms and radicals? What is the difference between an ion, free atom and radical? Atom is the smallest indivisible particle that has an independent existence. Atoms are composed of protons, electrons, and neutrons.  Radicals or free radicals are either atoms or molecules that have some unpaired electrons. Due to the presence of this electron, free radicals play ...
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Thermodynamics: Definition and Laws
The paper "Thermodynamics: Definition and Laws" is an excellent example of an assignment on physics.First law: This law states that energy is conserved, it cannot be destroyed or even created but energy can be transformed from one form to another example of electric energy into heat energy. This law depicts that the changes in the internal energy of a particular system are equal to the heat added to the system minus the work done by the system summarised as: Change U = Q – W Where U is the ...
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Lap Report
©2016Aims (5 marks)The experiment allows students to develop an understanding of compartment fires. The aim of this experiment is to assess how a compartment fire develops from ignition to flashover and decay. The primary objective of the research gets achieved through burning PMMA inside the fire box in the laboratory.Apparatus (2 marks)The firebox’s roof floor and walls are made out of 0.025 m thick ‘Monolux 500’ lining with one wall constructed from fire-resistant glass. An adjustable door opening, ...
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Energy Transfer And Thermodynamics
ThermodynamicsQ1.1.1 First Law of ThermodynamicsThe first law of thermodynamics states that energy cannot be created or destroyed--in other words it has always been here. Let there be a system which absorb ∆Q amount of heat and as a consequence of this it performs ∆W amount of work. In this process the initial equilibrium states “i” of the system changes to a final equilibrium state “f” in a particular way and ∆Q-∆W is computed. Now this system is changed from the same initial state “i” to the final ...
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Air-Air Heat Exchanger
The paper "Air-Air Heat Exchanger" is a delightful example of a term paper on engineering and construction. The design ascertains how heat exchanger could be coordinated under various variations of its heating parameters to give a more reliable and controllable functioning of equipment. The model geometry is created, meshed, calculated, and post-processed using CFD. It is from this understanding that this report is based on an attempt of communicating these findings. Various methods of heat reduction ...
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Definition Fire Protection
The paper "Definition Fire Protection" is a good example of an assignment on engineering and construction.A: compare the following fire equations dMwood/dt = 0.092A*sqrt (h)(Kg/s) dM/dt = 0.09(Qpw2)1/3h(Kg/s) Where A (m2) = area of the opening W (m) = width of opening H (m) = height of opening QpkW = convective rate of heat release Solution The first equation is used to represent fire with a constant rate of heat release. The plot for such a case is shown below: Heat release rate   ...
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Answer Question
1. Classical Mechanics of Fluids1.1 The Navier-Stokes EquationsThe Navier-Stokes equations govern the behavior of viscous heat conducting fluids. These equations are momentum equation, continuity equation, energy equation, and also equation of fluid motion. The equations apply Newton’s Law of Motion to an element of a fluid. Momentum Equation: + . .u) + gContinuity Equation: ) = 0Energy Equation (First Law Of Thermodynamics): + . u = 0Equation of fluid motion = + F + uPhysical meaning of terms in ...
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Fire Protection. Physics, Formula
Therefore, t1 = √ (1053 ÷ 0.0117) = √90000 = 300 (s)Heat released in the growth time period: E1 = ∫0 Q dt = ∫0 at2 dt = (at13 ÷ 3) = (0.0117 ÷ 3) x 3003 = 105300(KJ) = 105.3(MJ)The duration of the growth time period: tg=Eg÷ Q = 105.3 MJ ÷ 1.053MW = 100(s) Thus temperature of room during the growth time period is; T = Ti + 345log10 (1 + 8t)Where; Ti (oC)isthe initial temperature,T(oC) is the temperature andt (minutes) is the timeT = Ti + 345log10 (1 + 8t) = 556.77 + 345log10 (1 + (8 x 100)) = 1558.52(oC)The ...
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