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One of the practical aspects of the Engineering Profession includes the design of industrial equipment. Design could be described as a creative, iterative and sometimes open-ended process by which components, equipments and/or processes are conceived. It involves imagination, knowledge, experience and critical judgement to define a particular end project; i.e., a Heat Exchanger. Students can only learn the design constraints and at the same time become familiar with methods by being actively involved. This assignment covers only one part of Heat Exchanger Design, the Thermal Design which requires the Heat Transfer processes analyses and evaluation prior to implementing the following areas; mechanical design, manufacturing and cost analysis (manufacturing and operation).
One would expect proton to have very large: (1) Ionization potential (2) Radius (3) Charge (4) Hydration energy Ans:(4) Hydration energy
im trying to build an electric motor and would like to know y they wind there copper wire in what paturn to make power and secondly what is the output per gram of copper in these t
What do you mean by dead time in GM counter? Draw a neat diagram at GM counter and explain its working. Mention some of its applications. Give basic principle of Geiger-Muller coun
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what is the relation between linear and angular variable?
Describe the numerical aperture in the optical fibre. Numerical Aperture: The numerical aperture is described as the sine of the acceptance angle. Therefore, Numerical
Short- distance radiotherapy or brachytherapy: The advantage: it gives a very large dose to the tumor with a minimum radiation to the surrounding normal tissue. Disadva
Determine the Magnitude The cantilevered beam shown below has two force couples acting on it as shown. The value of C1 in Newtons is given in P25. Determine the magnitude of
I have a circuit and using Kirchhoff''s second law I need to find the current across one of the battery. How should I do that?
The given circuit diagram shows a series LCR circuit linked to a variable frequency 230 V source: (a) Verify the source frequency which drives the circuit in resonance. (b) G
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