ENGINEERING MATHEMATICS – I Sub Code Hrs/ Week Total Hrs. : : : 10MAT11 04 52 IA Marks Exam Hours Exam Marks : : : 25 03 100 PART-A UNIT – 1 Differential Calculus - 1 Determination of nth derivative of standard functions-illustrative examples*. Leibnitz’s theorem (without proof) and problems. Rolle’s Theorem – Geometrical interpretation. Lagrange’s and Cauchy’s mean value theorems. Taylor’s and Maclaurin’s series expansions of function of one variable (without proof). 6 Hours UNIT – 2 Differential
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AIM TO STUDY THE VARIATION OF CONDUCTANCE WITH CHANGE IN DISTANCE‚MOLARITY AND TEMPRATURE. CERTIFICATE I have the pleasure to certify that RAGHUVANSH SINGH BHALLA student of class XII (Science) of J.D. Tytler School has persuade his work and prepared the dissertation on the topic. To study the variation of conductance with change in distance‚ molarity and temperature . Under my supervision and guidance‚ this is being submitted for
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The following is a project made by anonymous: INTRODUCTION The general purpose photoconductive cell is also known as LDR – light dependent resistor. It is a type of semiconductor and its conductivity changes with proportional change in the intensity of light. There are two common types of materials used to manufacture the photoconductive cells. They are Cadmium Sulphide (CdS) and Cadmium Selenide (CdSe). Extrinsic devices have impurities added‚ which have a ground state energy closer to the conduction
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3.5.5 VLF–EM Depth of Penetration The question now how deep electromagnetic waves penetrate into the ground and the resolution as a function of depth is of prime importance in EM surveying. In an isotropic resistive medium‚ EM waves would travel virtually indefinitely. However‚ in the real world‚ where surface conductivities are significant‚ the depth of penetration is often very limited. Theoretically‚ the maximum penetration depth at which an EM plane wave has been attenuated to e-1 (or 37%) relative
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Electric Field and the Movement of Charge Perhaps one of the most useful yet taken-for-granted accomplishments of the recent centuries is the development of electric circuits. The flow of charge through wires allows us to cook our food‚ light our homes‚ air-condition our work and living space‚ entertain us with movies and music and even allows us to drive to work or school safely. In this unit of The Physics Classroom‚ we will explore the reasons for why charge flows through wires of electric circuits
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turns/metre. H is calculated using the formula: a. H = I/nl b. H = nI/l c. H = Il/n d. H = nl/I answer: b The formula used to calculate the resistance (R) of a conductor‚ given its length (l)‚ cross sectional area a. and the constant of resistivity (p) a. R = pl/a b. R = a/pl c. R = pa/l d. R = al/p answer: b A simple alternator consists of a coil which is rotated in a permanent magnetic field. The emf generated I the rotating coil is connected to a load via: a. commutator and brushes
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fig.I.1). It allows to heat up the plasma‚ which behaves as a resistive conductor. However‚ ohmic heating and current drive do not allow to reach the adequate plasma temperature and duration required for future fusion reactors. Indeed the plasma resistivity decreases with temperature and technology limits the ohmic field coil current. Non inductive heating and current drive methods were thus developed to take it over‚ namely high power microwave or fast neutral beams injection. A complete review of
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HEAT TREATMENT OF COPPER AND COPPER ALLOYS COPPER AND COPPER ALLOYS: Copper and its alloys are widely used in many products that are used in our everyday life. They have excellent properties such as electrical and thermal conductivity good strength. They have high corrosion resistance and fatigue resistance. Copper is a non-magnetic material. Pure Copper is soft and used widely in wires and cables and is extensively used for passage of electricity. Copper is used in the building construction.
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SOLA3507/SOLA9002 Solar Cells School of Photovoltaic and Renewable Energy Engineering Lecture 13 – Review Dr Alison Lennon (Rm 127 TETB) SOLA3507-9002/13-1 Assignment and Quiz Marks • • Marks for on-time assignments (Assignment 2 and PG Assignment) should be available on BB by next Mon 9 am. Final quiz marks will be available on BB by Fri 14 June (hopefully sooner). Please check your mark and come and see me if you think it is wrong. PLEASE BRING MARKED COPIES OF YOUR QUIZZES WITH YOU
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University of the Philippines College of Science PHYSICS 72 SET A Second Semester 2010-2011 First Long Examination National Institute of Physics 2nd Sem AY 2010-2011 Physics 72 INSTRUCTIONS: Choose the best answer and shade the corresponding circle on your answer sheet. To change your answer‚ cross-out and sign your original answer and then shade your new answer. No computational devices allowed (e.g. calculators‚ mobile phones). Following instructions is part of the exam. Useful
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