5) Results | 9-11 | 6) Discussion | 12 | 7) Conclusion | 13-14 | 8) References | 15 | ABSTRACT This experiment is about steam distillation by using Dalton’s Law. The objectives of this experiment are to demonstrate a separation of a mixture by using steam distillation and next to prove that Dalton’ Law and ideal gas law are applicable in steam distillation. Dalton’s Law; While Ideal Gas Law; This experiment is conducted by placing 2mL of Turpentine and 15mL of water
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Steam Distillation 6.6.12 Aim: To isolate and extract citrol from lemongrass oil using steam distillation. Theory: Impure chemicals are usually purified using distillation‚ allowing the changes in boiling points to separate the substances. Chemicals with high boiling points decompose before reaching the temperature necessary for separation‚ leading to the invention of steam distillation. The contamination is separated at lower temperatures and allows the separation of chemicals from their
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Discussion: The purpose of this experiment was to isolate the aromatic hydroxyl compound‚ eugenol from crushed cloves using steam distillation. After conducting the distillation‚ the expected two layers were not visible in the centrifuge tube. Subsequently‚ the extraction and evaporation did not produce the expected oil. This result is probably due to the collection of only water vapor during distillation. From another group’s data‚ 3.80% of the oil was recovered from the cloves in which the major
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Andrea Cyr Module 8 Case – Simply Steam Integrity and Ethical Values 5 The owners are very invested in the business and have a hand in the day to day operations. However‚ there is high employee turnover which does not create a loyalty in the company culture. Also sales people have the ability to negotiate pricing which can be taken advantage of since they are paid on commission. Commitment to Competence 5 Employees‚ especially in the accounting department‚ may not be qualified
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Steam Generators A steam generator generates steam at the desired rate at the desired pressure and temperature by running fuel in its furnace (used in both fossil-fuel and nuclear-fuel electric generating power stations). It is a complex integration of furnace‚ superheater‚ reheater‚ boiler or evaporator‚ economizer and air preheater along with various auxiliaries such as pulverizers‚ burners‚ fans‚ stokers‚ dust collectors and precipitators‚ ash handling equipment and chimney/stack. Steam
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undoubtedly proven crucial to our modern lives‚ without the monumental discoveries of the 18th and 19th century‚ we may not have had the opportunities to generate those advancements. In particular‚ the progress and development of iron and eventually steel‚ steam power and it’s multitude of uses‚ and the railway systems has truly defined the technological advancements of recent centuries. Body: Prior to the 18th century‚ the methods in place for producing iron were relatively rudimentary and ultimately inefficient
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Steam Locomotives were first made in the 18th century. William Murdoch first made a prototype in 1784. An early working model was built by a steam boat pioneer John Fitch. Richard Trevithick (13 April 1771 – 22 April 1833) was a British inventor and mining engineer from Cornwall. Born in the mining heartland of Cornwall‚ Trevithick was immersed in mining and engineering from a young age. The son of a mining captain‚ he performed poorly in school‚ but went on to be an early pioneer in steam-powered
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Assignment 1.1 Communication Process Model 1.1 Communication Process Model A misunderstanding I experienced communicating with a co-worker at work. Misunderstanding 1 Who was the sender? Myself Who was the receiver? Another co-worker What was the message? Was to lack and inspect the Air plane lack system that holds the cargo pallets. What channel was used to send the message? Verbal face to face communication What was the misunderstanding that occurred? Coworker didn’t understood
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Piston Engines Picture a tube or cylinder that holds a snugly fitting plug. The plug is free to move back and forth within this tube‚ pushed by pressure from hot gases. A rod is mounted to the moving plug; it connects to a crankshaft‚ causing this shaft to rotate rapidly. A propeller sits at the end of this shaft‚ spinning within the air. Here‚ in outline‚ is the piston engine‚ which powered all airplanes until the advent of jet engines. Pistons in cylinders first saw use in steam engines. Scotland’s
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Diesel Engine Heat engines are sometimes referred to as being motors. Actually‚ a motor converts one form of energy into useful work without the intentional production of heat‚ such as an electric motor. A device which burns fuel creating heat to perform work is a heat engine. Heat engines can be classified as external combustion‚ such as steam boiler‚ or internal combustion (IC). They can further be divided into the spark ignited (SI) engine or the compression ignited engine (CI). The compression
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