Lab# 1 The Node-Voltage Method of Circuit Analysis By: Abstract This report used KCL and Ohm’s law to calculate the node voltages and compare them to the measured node voltages after building the circuit. The calculations were obtained by hand using node analysis. The experiment was simulated on PSpice and the results were verified to hand calculations. The circuit was built in the lab and the results were measured with a digital multi-meter and compared to the calculated values‚ and
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I. Title: Kirchhoff’s Law II. Objectives: To study the application of Kirchhoff’s Law to a D.C. network by comparing the observed and the computed values of the currents in the circuit. III. Apparatus: Resistance Module‚ 1pc. Battery of two cells (3 volts)‚ 1pc. Dry cell (1.5 volts)‚ Multitester‚ 4 pairs connectors IV. Procedure with Experimental Setup: Part A. 1.) The apparatus was arranged as in diagram 1. The switches were left open until it is checked
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Kirchhoff’s Laws Gustav Kirchhoff‚ (1824-1887)‚ was a German physicist who contributed greatly to the understanding of electrical circuits‚ spectroscopy‚ and the emission of black-body radiation. Kirchhoff formulated his famous circuit laws in 1845‚ while still a student at the University of Konigsberg‚ East Prussia. He completed this study as a seminar exercise‚ and it later became his doctoral dissertation. Kirchhoff’s Laws include two basic principles. Kirchhoff’s First Law‚ also called
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Members :Prashant Patel Prince Raj Sayana Rehman Vinayak Soma MINI PROJECT TOPIC: Line follower robot using 8051. Line follower robots were one of the earliest automatic guided robots. They are able to follow a line marked on a contrasting background‚ usually a black line on a white
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Applicable to Surgery‚ IM‚ OB For Pedia‚ ask your resident DO NOT WRITE text in RED (comments only) Date/Time 4/1/13 930 AM Transfer out order (from Recovery Room) S-O-A-P ORDERS T-36.2 P-80 RR-18 BP-100/70 May transfer out patient back to room (-) Headache (-) vomiting Discontinue O2 and pulse oximeter For spinal anesthesia: Monitor vital signs q hourly until stable (+) able to flex both knees MIO q hour and record; refer urine output less than 30 cc/hr Watch out for any untoward
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Critically evaluate the use of text matching software as an aid to developing good scholarship practice By JEERAWAN TANTISOOK N0573741 BUSI48505 Developing the Effective and Responsive Practitioner Nottingham business school‚ Nottingham Trent University 13th October 2014 Word count 749 words By the year 2000 of higher education in the United Kingdom‚ many universities bring advanced software technologies to develop the way for student’s learning especially student literature. Because
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MATCHING LEADERSHIP TO A SITUATION Leadership Styles Choosing the Right Style for the Situation From Mahatma Gandhi and Winston Churchill to Martin Luther King and Steve Jobs‚ there can seem to be as many ways to lead people as there are leaders. Fortunately‚ businesspeople and psychologists have developed useful‚ simple ways to describe the main styles of leadership. By understanding these styles and their impact‚ you can develop your own approach to leadership and become a more effective
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Critically evaluate the use of text matching software as an aid to developing good scholarship practise. Text matching software is a technique through which you can detect Plagiarism. Thus the next question would be what is plagiarism‚ Plagiarism is cheating or basically copying others piece of work and making it yours own. In the words of Perrin (2009) “Plagiarism is the use of author’s words‚ ideas‚ reflections and thoughts without giving credit or adequately acknowledging sources.” Plagiarism
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Experiment 4 Wye-Delta Transformations Francis Angelo Magnayon1‚ Juan Carlo Pancho2‚ Francis Jason Ayento3 School of Mechanical Engineering‚ Mapua Institute of Technology Muralla St. Intramuros Manila Abstract— on this experiment‚ analysis of resistive network by series-parallel circuits‚ the students will demonstrate the characteristics of series-parallel circuits by measuring and verifying the calculations of the resistance‚ voltage and current associated with the different resistive components
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LAB 4: KIRCHHOFF’S RULES DIY Lab This section is adapted from reference 1. Objective In this experiment‚ you will experimentally verify Kirchhoff’s rules by measurement and by mathematical analysis. Apparatus (Lab Kit* or NIC Lab) 5 resistors one 6V battery or power supply (each under 1.5 kΩ each‚ not all equal) digital multimeter 12 connecting wires *If you do not have the Lab Kit‚ you can use equivalent items. Contact your instructor regarding equivalent items to ensure that the objective
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