LAB REPORT FOR EXPERIMENT 3 COPPER CYCLE OLANREWAJU OYINDAMOLA TUESDAY 27TH February 2013 Abstract This experiment is based on copper‚ to synthesize some copper compound using Copper (II) nitrate solution to obtain copper metal at the end. Changes of copper complexes when various are added and filtering out the precipitate by using Buchner funnel for vacuum filtration .The experiment started with preparation of copper (II) hydroxide and addition of copper oxide then addition of droplets
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body’s defenses against pathogens. Microorganisms are capable of causing infection or spoilage. Controlling bacterial growth is important in poultry farm businesses that use equipment to decontaminate processing plant fluids before disposal. During quality control and safety evaluations‚ bacteria growth that needs to be controlled can be found. While controlling bacterial growth‚ clusters of Gram Positive Cocci were found. It was found some ways to control bacterial growth were disinfection‚ sterilization
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following: 1) The typed Exercise 8 report form‚ complete with all of your data recorded and questions answered. 2) A full scientific report for the Part I experiment that your group conducted. Use the supplemental guide to writing a scientific report to help you produce this report. Part 1: Does light matter? Table 8.1: Group and Class rates for Photosynthesis by Elodea sprigs. |Light Condition |Final pH |Water Movement (GROUP |Water Movement (CLASS |Photosynthesis
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(4)Speciesdiversity(thefishesinthepondandthefarmtrees) (5) Growth rate (fishes in the Pond) VARIABLTS The constants:- . . . o o r . . . . r . . fish food height of the pond (water level) time of sampling of water hyacinttrs in the pond size of the pond (16ft x 20ft x 5ft) size of the filter pond (4ft x 4ft x 3ft) size of the farm (30ft x 1.32tt) experimental Period 6 months fixed number of evergreen trees water level of the pond maintained by topping up on type of food to feed fishes- red Tilapia fish pellets time of day the fishes are fed;
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listed below. You must observe and analyze these as part of the lab. The Iced Tea Debate The Salty Soup The Fire Bug 2 Use the DATA chart provided for recording observation based on three demonstrations you will watch 3 Watch each part of the experimental demonstration and make preditions about wht will happen in each scenario . Record your preditions and observations in the Data an Observations section of your labatory report format. Problem: How can matter and energy be described in
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to avoid is cross-contamination. This essay will tell you what cross-contamination is‚ how it occurs‚ what happens when you eat contaminated food and how to prevent it. To begin with‚ what is cross-contamination? Well‚ cross-contamination is when bacteria from one food is transferred to another and contaminates the other food. Usually‚ contamination occurs between a raw food and a cooked food‚ vegetables and meats‚ or for hygienic reasons. For example‚ cross-contamination can occur if the
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Pravda Vodka Lounge Renovation Project Prepared by: Gursharn Singh‚ Lisa Mohabir‚ Joe Brenya‚ Dorilda Sllogu‚ Sofia Sarkissova 2013 For Professor Taft Mcfetridge 4/3/2013 Executive Summary The report provided below consists of analyzing the four management functions of management within the renovation project at Pravda vodka lounge. The renovation project was originally scheduled to be completed in three months but exceeded that time frame extending the project to be
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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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PRE LAB REPORT Reynaldo Riboul TLC and Column Chromatography October 6‚ 2013 Table of Chemicals: Chemical Hazards Mol. Wt. Density Grams Moles Acetone Flammable‚ Irritant 58.08 g mol−1 0.791 g cm−3 2.0 g 0.0344 Hexane Flammable‚ Irritant‚ Dangerous to Environment 86.18 g mol−1 .6548 g mL−1 9.0 g 0.1044 Fluorene Very toxic to aquatic life with long lasting effects 166.223 g/mol 1.202 g/mL 0.3 g 0.00180 Fluorenone Irritant 180.20 g mol−1 1.13 g/cm3 0.3 g 0.00166
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This type of cross-contamination is especially dangerous if raw foods come into contact with cooked foods. Here are some examples of food-to-food cross-contamination: * In a refrigerator‚ meat drippings from raw meat stored on a top shelf might drip onto cooked vegetables placed on lower shelf. * Raw chicken placed on a grill touching a steak that is being cooked. Top of Page People to Food People can also be a source of cross-contamination to foods. Some examples
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