Formal Lab Report | Chemistry | | Student name: Sara Hattar Grade: 10 ”C” | | Teacher: Christine Ziadat | | | Title: Investigating the effects of changing the concentration of an acid on the rate of reaction between HCl and Magnesium. Aim: In this experiment we are going to see the effects of using three different concentrations of HCl when added to Magnesium metal on the rate of reaction. Hypothesis: If the concentration of the acid increased in reaction between HCl (the acid)
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Department of Chemistry‚ NUS Checklist for Formal Laboratory Reports Contents Use the same as the title of the experiment. Title Write name (same as the name on the class list)‚ email‚ group‚ fumehood number and date clearly at the top of the front page. Summarize the laboratory report. Include a general description of the – scientific problem Abstract – experimental approach (in a general way) – key findings (including important numerical results) – conclusions Brief. Do not exceed the word
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Formal Practical Report Tittle: Rat dissection Date: 16/10/2013 Partners: Sanketh Yadav and Joel Chittiprolu 8C Aim: To investigate the rat’s digestive system and compare the differences and similarities of the organs with the Human’s digestive system and measure them. Materials/ Equipment: Lab court Nitrile Safety Gloves Camera or Phone to take pictures Scissors Probe Scalpel Rulers Nails Bench Plastic bag for excreting waste Eucalyptus Room spray Newspapers for keeping
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distinct scent or flavor to them. They can easily be synthesized in the laboratory through the utilization of the Fischer reaction. Fischer reaction is a type of esterification technique that requires refluxing a carboxylic acid and an alcohol with the aid of an acid catalyst. In this reaction‚ the acid and alcohol reactants are in equilibrium with the ester product. To allow a reaction that requires heat to take place with minimal loss of reactants that has high
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Title defines report purpose and includes period covered in subtitle. REPORTED ETHICS CASES Annual Report 20-- Report author includes name and title. Prepared by Susan Litzinger Director of Ethics and Business Conduct Report Distributed March 1‚ 20-- Includes name of company to which report is submitted. Title page is unnumbered. Prepared for The Ethics and Business Conduct Committee CGF Aircraft Corporation Source: The Technical Writer’s Companion (3rd edition) by Gerald J.
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Name : Rebecce C. Deocampo Date : September 2‚ 2013 Course/Yr. : BS Chemistry III Sched : MF 7-10‚ Group#2 Experiment No. 1 Synthesis and Reactivity of Tert-Butyl Chloride I. Objectives : 1. To produce tert-butyl chloride from tert-butyl alcohol 2. To understand the SN1 and SN2 mechanism involved in the reaction 3. To determine the yield of percentage of t-butyl chloride II. Introduction An alkyl halide is a derivative of alkanes. Alkanes are hydrocarbons with a
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HOW TO TALK ABOUT A VISUAL AID ------------------------------------------------- Choosing the right visual aid A flow chart is a diagram showing the progress of material through the steps of a manufacturing process or the succession of operations in a complex activity | A pie chart displays the size of each part as a percentage of a whole | A (vertical or horizontal) bar chart is used to compare unlike items | | | | A line chart depicts changes over a period of time‚ showing data
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all put on our safety goggles before gathering our materials. Step 2- We gathered our 4 petri dishes and labeled them using a grease pencil. One petri dish labeled “C” for Control‚ “V” for Vinegar‚ “A” for Ammonia and “B” for Bleach. Step 3- Once the petri dishes were labeled‚ we took a 25 ml cylinder and used a pipette to gather 12 brine shrimp to put inside of the cylinder. Using the measurement lines on the side of the cylinder‚
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Introduction: The purpose of the first experiment was to practice obtaining accurate and precise results by doing combustion analysis to find the amount of carbon dioxide and water released and the amount of fuel consumed. To identify the amount of carbon dioxide‚ water and burner consumed there were three equations used to find it. Equation 1 shows how much carbon dioxide was released. Mass of carbon dioxide = m2 - m1 Equation 1 was used as an experimental procedure created to help find out
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Methodology 1. Place two drops of unknown blood types separately on each side of a clean glass slide. 2. Add a drop of antiserea – A to one drop of blood and one drop of antisera – B to another drop of blood. 3. Mix the blood antiserea suspension using separate applicator sticks. 4. Observe for agglutination reactions. Blood Type | Anti-A | Anti-B | A |
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