16 A Standard Report To Improve Safety In The Factory Prepared for Alvin Wong ‚ Managing Director The Fortune Textile Industrial Jalan Tanjung Laboh‚ 83000 Batu Pahat By Lim Poh Tin Factory Manager The Fortune Textile Industrial Jalan Tanjung Laboh‚ 83000 Batu Pahat 10 November 2012 To : Alvin Wong‚ Managing Director From : Lim Poh Tin‚ Factory Manager Date : 10 November 2012 Subject : A Standard Report To Improve Safety In The Factory
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the sandwich bar in the dining commons‚ the outer handle of the front entrance to the Upper School‚ and the microphone part of the podium. The plan was to collect samples of the bacteria with the help of a swab and transfer them to individual Petri dishes at the same time to prevent any variability in the experiment. The bacterial samples would be allowed to grow in an agar medium under the same conditions. The colonies were allowed to grow for a certain period of time before emulating their growth
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Institute Physics Course 2014 - Rocket Lab Report Title: RockSim and Electronic Altimeter Measurement Techniques Name: Scarlet Henriquez Email: scarletpatricia94@aol.com LAB SESSION ___8____Assignment _____7_____ Due Date: ___7/8/14______ Objective: Launch a smaller rocket to learn how to compare RockSim predictions (computer based) to an actual instrument measurement carried by the rocket (Electronic Altimeter). This Lab shows how better the electronic measurement
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Coulomb’s Law Purpose: The purpose of this lab was to demonstrate that the force between two stationary charges is directly proportional to the product of the charges and inversely to the square of the distance between them. Coulomb’s law tells us that the force between two charges depends (1) linearly on the strength of each charge‚ and (2) inversely on the square of the distance between them. Mathematically we would write this as . Procedures Part1 Begin by removing the right side
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the pendulum. * I would then count how many times the pendulum swung. The swing will only be valid if it makes a full semi-circle‚ meaning from right to left then back to right. * After one minute is up‚ I would then record my data into the lab sheet I was provided. After finishing one trial‚ I would do the same for the other two trials for 50 cm. * After finishing 50 cm three times‚ I would then repeat steps 3 through 5‚ changing the lengths into 40‚ 30‚ 20‚ and 10. .Data Table Length
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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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Richmonde Zegbe CHM111 Anita Mohan 03-11-2013 Experiment: Chemical reactions‚ and Equations Materials: 3 mL of copper(II) sulfate solution. 5 mL of 6 M HCl piece of zinc wooden splint test tube Bunsen burner 3 mL of zinc chloride solution. pentahydrate distill water
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Lab Report 3 In this lab‚ we will take a trip to the planetarium lab and will learn about Right ascension and declination‚ and altitude and zenith. After looking at the different points shown‚ we will log the altitude and zenith in the chart in our lab manual. Now we will look at the same points and label the right ascension and declination. Then we will learn about the easiest way to locate the star Polaris. As we started the first program‚ we answered a few questions to make sure we knew
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Solute Concentration of Potatoes Lab #1 Purpose: To find the molarity/concentration of potato cytoplasm. Materials: As on page 1 in the lab handout. Procedure: As on page 1 in the lab handout. Data and Observations: Test Tube # | Concentration of sucrose solution (mol/L) | Initial Mass (g) | Final Mass | Percentage change in mass | 1 | 1.0 mol/L | 3.00g | 2.25g | -25.0% | 2 | 0.9 mol/L | 2.70g | 2.07g | -23.3% | 3 | 0.8 mol/L | 2.92g | 2.25g | -22.9% | 4 | 0.7 mol/L | 2.60g
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densities‚ and the equation: volume equals mass over density. 6. We then calculated and recorded the absolute error and percent error for each volume. Part 3: Calibration of Pipet 1. Obtained a beaker and measures its mass. 2. Draw a sample of water into the pipet above the calibration
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