production of fatty acid methyl esters (FAMEs)‚ which can be used as a substitute for Fossil-derived diesel fuel. This fuel‚ known as biodiesel‚ can be synthesized from TAGs via a simple Transesterification reaction in the presence of acid or base and methanol. Biodiesel can be used in
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01\30\2015 disk no. 116 lab report experiment procedure I scaled up 0.120 g of camphor ‚ the I added 1.0 ml of methanol in a 10-ml Erlenmeyer flask. I stirred with a glass stirring rod until the camphor has dissolved. Then I added 0.10 g of sodium borohydride‚ after I started to boil the contents of the flask on a warm hot plate for 7 minutes then I left the reaction
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EXPERIMENT 7 - Distillation – Separation of a Mixture Purpose: a) To purify a compound by separating it from a non-volatile or less-volatile material. b) To separate a mixture of two miscible liquids (liquids that mix in all proportions) with different boiling points. Equipment / Materials: large test tubes(3) clamp (1 or 2) ringstand boiling chips test tube rack (1) heating mantle glass adaptor thermometer adaptor 10-mL graduated cylinder condenser (1 or 2) grease 50- mL round bottom flask 50-
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[Downloaded free from http://www.www.ijpsonline.com on Friday‚ July‚ 4 2008] www.ijpsonline.com Short Communications Spectrophotometric Method for Determination of Tablets Glucosamine in Tablets PRIYA GAONKAR‚ VINEETA KHANVILKAR‚ RAJANI SHETTIGAR AND CHHAYA GADGOLI* Saraswathi Vidya Bhavan’s College of Pharmacy‚ Sonarpada‚ Dombivli (East)-421 201‚ India. A rapid and sensitive method has been developed for the determination of glucosamine sulphate from tablets by UV-spectrophotometery
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Biofuels – Alternative and Renewable Sources of Energy - Modified from Source: http://biofuel.org.uk/ BIOMASS Biomass can be termed as organic material which is derived from living or more “recently deceased” organisms. The most important feature of biomass is that it is a renewable source of energy unlike other natural resources like coal‚ petroleum and even nuclear fuel. Biomass itself is a renewable energy source because we can always grow more trees and crops‚ and waste will always exist
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International Islamic University Malaysia‚ Kuantan campus DEPARTMENT OF BIOTECHNOLOGY KULLIYYAH OF SCIENCE SBT 4534 ANALYTICAL METHODS FOR FUNCTIONAL FOODS & NUTRACEUTICALS LABORATORY REPORT LAB 2: FAT & OIL FROM OIL-SEEDS: PART II THIN LAYER CHROMATOGRAPHY ANALYSIS (TLC) COORDINATORS: ASSOC. PROF. DR. JAMALUDDIN BIN MOHD DAUD ABDUL AZIM ADNAN 1016741 INTRODUCTION TLC chromatography or thin layer chromatography is a type of planar chromatography
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http://www.rollybrook.com/carnitas-3.htm Compositional and Sensory Evaluation of Jamaican Cherry (Muntingia calabura) Leaf Tea Substitute A Thesis Presented to the Department of Food Technology College of Education University of Santo Tomas In Partial Fulfillment of the Requirements for the Degree of Bachelor of Science in Food Technology Janerica C. Camacho Gracia Remedios Veronica V. Em Amy M. Tolentino Kristine U. Villaruel Dyann Aissa B. Yu March 2011 CERTIFICATE OF APPROVAL
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Behind all fallacies there is major critical thinking. Not knowing how to think critical could jeopardize your argument in reasoning. Critical thinking‚ is analyzing further into a subject to get valid points in an argument. As we all know‚ fallacies are considered flawed ways into having invalid reasons. There are many reasons why fallacies are not very good to use in an argument. However‚ since there is a great quantity of fallacies. I will only discuss two fallacies‚ Faulty Analogy and Bandwagon
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all guidelines published for this class in the Syllabus and Academic Integrity Handouts.” Purpose- The purpose of this lab was to display to us a variety of different reactions using an eclectic of things in the chemistry lab: including magnesium‚ methanol‚ and fire. This was to make what we are doing on paper in class a real life circumstance. Analysis questions 1) A) Part A 2Mg+O2 à(delta/heat) 2MgO Part B 2CuCO2 à(delta) 2Cu+CO2+O2 Part C Zn+HCl à H2 Part D CuCl2+2NaOHà 2NaCl+ Cu(OH)2
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the result 10. Repeat for the other alkanols Results: Alkanols used | Fuel used (grams) | Kilo jewels per gram (KJ/g) | Kilo jewels per mole (KJ/mol) | Class average (KJ/g) | Class average (KJ/mol) | Methanol | 1.02 | -8.2 | -262.7 | -8.4 | -291 | Ethanol | 0.77 | -10 | -435 | -12.1 | -536 | Propanol | 0.78 | -10.7 | -644 | -18.85 | -883.2 | The molar heat combustion increases with carbon chain lengths as the alkanols contains hydrogen bonding
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