Discussion The possible identity of the unknown organisms in the mixed culture was limited to bacteria that we had worked with previously in lab. Initially a Gram stain was conducted in order to distinguish the unknown bacterium as a Gram-positive and/or a Gram-negative organism (Lancaster and Bennett‚ 2012; Kellenberger‚ 2001). Based upon the results‚ both Gram-negative and Gram-positive bacteria were observed in the unknown mixed culture (Table 1 and Table 2; Kellenberger‚ 2001). In order
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1. What type of process flow structure is CBF using? Circuit Board Fabricators Inc. uses a job shop process flow structure. The job shop process flow structure is a production of small batches of a large number of different products.The job shop process is also a flexible operation that has several activities through which work can pass. In a job shop‚ it is not necessary for all activities to be performed on all products‚ and their sequence may be different for different products.CBF‚ Inc. bases
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cheese. Lactic acid bacteria(LAB)‚ a bacteria that can be found in the production of cheese‚ its stress gene was investigated in the experiment by using various biochemical and genetic techniques to identify and extract. The characterisation of the strain illustrates how identification of strains differ using different methods‚ such as gram stain and 16s rRNA screening. After the characterisation‚ the stress gene isolation assist the further understanding of the gene on LAB be giving different stress
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Introduction Chemical kinetics is the study of reaction rates. A reaction rate is the speed of the change in either reactants or products over a period of time. General kinetic rate equation is: Where [A] and [B] are the concentration of the species in the reaction. The variable k is the rate constant‚ which is a function of time and catalyst presence. The variables m and n are the order of reaction for their respective species concentration. The higher the value of the reaction order the
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In this lab we are going to be observing the decomposition of piglets over a month’s time. There are theory questions that have been given to us before and after the lab. We look back at our original theory to see where we went wrong‚ and then correct it. The lab was disgusting‚ surprising‚ and very interesting. The first questioned to be answered is which piglet decomposes faster‚ a piglet that is in its natural state‚ that is burnt‚ that is buried‚ and that is buried in a wooden box? With
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simple mechanisms used to convert rotary motion into oscillating linear motion and vice-versa. The first of these is the slider-crank - a mechanism widely used in engines to convert the linear thrust of the pistons into useful rotary motion. In this lab we will measure the acceleration of the piston of a lawn mower engine at various speeds. The results exemplify a simple relation between speed and acceleration for kinematically restricted motions‚ which will discover. An adjustable slider-crank apparatus
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Abstract: The Enzyme Lab results where when the liver was frozen‚ its reaction was fast‚ and when it was hot‚ it was slow‚ and the liver that was at room temperature reacted slowly to medium. Introduction: The Enzyme Lab is to conduct investigations to determine the most favorable conditions for the most efficient enzyme activity. Variables to be used testing include temperature‚ pH values and surface area. Enzymes are proteins that speed up the rate of chemical reactions‚ which would otherwise
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as a tool for emulating circuits. pSpice v9.1 can be downloaded from Moodle or via http://www.electronics-lab.com/downloads/schematic/013/ 3. Verification of the fundamental laws of Electrical Science. 4. Familiarise students with the process of Laboratory Report Writing and Submission for this module EQUIPMENT: Power Supply Breadboard Various Resistors Multimeter Leads Laptop running pSpice Student Edition v9.1 Procedure For each of the following circuits :- (i) Generate a pSpice
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EINSTEIN COLLEGE OF ENGINEERING Sir.C.V.Raman Nagar‚ Tirunelveli-12 Department of Electronics and Communication Engineering Subject Code: EC-76 “ELECTRONIC SYSTEM DESIGN LAB” Name Reg No Branch Year & Semester : …………………………………… : …………………………………… : …………………………………… : …………………………………… EC-76 ESD LAB MANUAL LIST OF EXPERIMENTS Exp.No 1 2 3 4 Name of the experiment DESIGN OF AN INSTRUMENTATION AMPLIFIER Page No DESIGN OF AC/DC VOLTAGE REGULATOR USING SCR DESIGN OF PROCESS CONTROL TIMER i) DESIGN OF
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TRANSISTOR CE CHARACTERSTICS 16 6. FULL-WAVE RECTIFIER 26 7. FET CHARACTERISTICS 31 8. h-PARAMETERS OF CE CONFIGURATION 36 9. TRANSISTOR CE AMPLIFIER 43 10. COMMON COLLECTOR AMPLIFIER 48 11. RC COUPLED AMPLIFIER 53 12. COMMON SOURCE FET AMPLIFIER 58 13. WEIN BRIDGE OSCILLATOR 63 14. RC PHASE SHIFT OSCILLATOR 66 15. CURRENT-SERIES FEEDBACK AMPLIFIER 71 16. VOLTAGE-SERTES FEEDBACK AMPLIFIER 77 17. HARTLEY OSCILLATOR 83 18. COLPITT’S OSCILLATOR 87 19. SILICON-CONTROLLED RECTIFIER(SCR)
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