Mechanisms of Heat Transfer Prepared by: Ms. Ana Antoniette C. Illahi 1 Conduction • conduction (or heat conduction) is the transfer of thermal energy between regions of matter due to a temperature gradient. Heat spontaneously flows from a region of higher temperature to a region of lower temperature‚ and reduces temperature differences over time‚ approaching thermal equilibrium. Prepared by: Ms. Ana Antoniette C. Illahi 2 (Heat Current in Conduction) • • • • • • • • H - Heat Current
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Fusion or no fusion of equity and the common law at a substantive level Since the administrative fusion of the Common Law and Equity Courts after the 1873 and 1875 Acts‚ there has been a lot of controversy over whether to fuse both equity and common law. There are valid arguments both for and against fusion. Those arguing for the fusion of Equity and Common Law at a substantive level often comment on the inconsistency created by equity’s intervention in law. ‘There would sometimes be arbitrary
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West Bengal Council of Higher Secondary Education VidYasagar Bhavan No : DS(A)SD 9/2‚ Block lPvBl 861 42l2oL3 DJ‚ Sector-ll‚ Salt Lake‚ Kolkata - 91 Date :09.07.2013 NOTIFICATION Attn: All Heads of Higher Secondary lnstitutions has already This is to notify that west Bengal council of Higher secondary Education published the following Text Books : 1. 2. Blackswan English A & B for Class Xl and Xll - printed & distributed by Orient by Bengali A for Class Xl and Bengali
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The JA does not allow courts to award damages for the breach of equitable obligation therefore‚ it is argued that substantive fusion has not occurred. This strengthens the dualism argument and supports Ellesmere’s comment. However‚ as common law and equity are administered in one court it is argued that each jurisdiction has borrowed from the other but‚ this has not happened because the remedies do not cross over. However‚ it is argued that the different remedial responses of the common law and equity
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Heat energy Temperature – measure of the average KE of the particles in a substance‚ measured in degrees Celsius or degrees Kelvin. Celsius 0⁰C (freezing point of water) to 100⁰C (boiling point of water) Kelvin 0 K (absolute zero‚ particles stop moving theoretically)‚ equivalent to -273.15⁰C. Uses the same scale for increase‚ ie. a 1⁰C increase in temperature equates to a 1K increase in temperature. Heat – amount of energy transferred‚ measured in Joules (J) Kinetic Energy‚ Thermal
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Earth is considered as a small part of sun‚ which take hundreds of year to cool‚ but what about Sun? Sun is far older than Earth‚ while it is just as it was thousand years ago. Then what is the reason for this? How a body can generate such amount of heat continuously
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Apprentice! Over the course of the semester your company‚ Flavour Fusion‚ will be responsible for exporting a new line of non-alcoholic beverages from Canada to a country outside of North America. You are planning to pitch the new line of beverage and the country you would like to sell it to at the semi-annual International Beverage Fair that your CEO (Mrs. O’Donnell) will be hosting. Your CEO‚ along with the employees of Flavour Fusion will be voting to select the winning beverage to export and
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Heat exchanger A heat exchanger is a device that is used to transfer thermal energy (enthalpy) between two or more fluids‚ between a solid surface and a fluid‚ or between solid particulates and a fluid‚ at different temperatures and in thermal contact. In heat exchangers‚ there are usually no external heat and work interactions. Typical applications involve heating or cooling of a fluid stream of concern and evaporation or condensation of single- or multicomponent fluid streams. In a few heat exchangers
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Lectures Lectures of Heat Transfer Heat Transfer Rate Processes Mode Conduction Convection Radiation Transfer Mechanism Diffusion of energy due to random molecular motion Diffusion of energy due to random molecular motion plus bulk motion Energy transfer by electromagnetic waves Rate of heat transfer (W) q = - kA dT dx q = h A(Ts-T∞) q = σ ε A(Ts4-Tsur4) By Mr. Amjed Ahmed Ali Syllabus of Heat Transfer (English)‚ (2 hours/ week‚ Applied 2 hours /week) 1.Heat transfer by conduction
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Investigation 11 Specific heat capacity Aim: Investigate to determine the specific heat capacity of a metal cube provided Apparatus: -thermometer -stirrer -water -calorimeter -beam balance -metal cube -beaker Procedure: Using the normal equipment for Thermal Physics investigations‚ you are required to design and carry out an investigation to determine the specific heat capacity of a metal cube provide by teacher. Furthermore‚ you will need to compare your obtained value with
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