Lab Report for Chemical Changes and Conservation of Mass Lab Previous to the reaction‚ the magnesium appeared to be a solid‚ white‚ black‚ and grey substance with many small dark particles within the substance. The hydrochloric acid was a clear liquid that looked like water It weighed 42.2 grams in total. During the reaction‚ the two substances produced bubbles‚ creating smoke and became warm with a smell that is irritating to the human nose. After the reaction‚ it appeared to be a clear‚ bubbly
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Oxidation Lab Part 1: Purpose: You are going to investigate the ease with which different metals undergo oxidation and reduction. Materials: | 4 samples of each of: lead‚ zinc‚ iron‚ copper | spot plates steel wool/sand paper | | | | Solutions of: | copper(II) sulfate Ferric nitrate Silver nitrate Lead (II) nitrate | | Procedure: 1. Obtain 4 samples of each metal and clean with steel wool or sand paper. Wash your hands after cleaning the metals so you are not exposed to lead
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Determination of Manganese in Steel Submitted by: ------------------- Date of Submission: 27.03.11 Objectives: In steel production aside the iron‚ which is the primary source‚ some amounts of manganese is used together with carbon. The objective of this experiment is determining the manganese amount in the steel compound by using UNICAM UV-VIS Spectrometer. Theory: Many molecules absorb ultraviolet or visible light. The absorbance of a solution increases
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lean ore‚Disseminated to a large number of high phosphate‚ high iron ore and beneficial symbiotic metal in manganese ore‚ causing great difficulties to the beneficiation process.Manganese iron ore beneficiation methods to take ore washing and screening‚ magnetic separation‚ gravity separation and flotation‚ and fire for enrichment‚ chemical processing method and other methods to complete the beneficiation process. Manganese iron ore beneficiation methods and equipments 1.Washing and screening
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the substance. Oxidation: Also known commonly as rusting‚ this process combines oxygen molecules with the mineral ions such as iron‚ calcium or magnesium. Oxygen is normally taken from the moisture in soil or air. Subsequently‚ it results in reduction of the mineral to a less stable compound. A typical example is conversion of iron (Fe) radicals into rust or iron oxide (Fe2O3) which is weaker. Reference:
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Purpose: To find out the percent yield of copper in the reaction between copper sulfate (CuSO4) and Iron (Fe). Materials: Balance 100-mL beaker 250-mL beaker Bunsen burner Copper sulfate crystals Glass stirring rod 100-mL graduated cylinder Iron filings Ring stand and ring Wire gauze Procedure: 1. Record mass of clean 100-mL beaker. 2. Add 8.0 grams of copper sulfate crystals to beaker. 3. Add 50.0 milliliters of distilled water to the crystals. 4. Put wire gauze on ring on ring
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from. Bangladesh has a lot of floodplains and it is very hot. For my house roof the first layer on the frame would be 15mm of triplex nailed on to the frame of the house. The design will have corrugated galvanised iron on the frame. If the water went through the corrugated galvanised iron‚ it is able to slide the water down outside. There will be big pipes on the end bottom of the roof bringing the water beside the house and using it to take showers and etc. As the floor of the attic‚ I will put a
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Blast Furnace Hot Metal is one of the most critical problems in today’s Iron Making. With deterioration in quality of iron ore day by day‚ silica load in the burden material has a steady increase. The same story is with the Coke ash‚ which passes good amount of silicon in the hot metal. Every 0.1% reduction in silicon in the hot metal gives rise to 1.5 % increase in hot metal production. In the competitive scenario of today’s Iron Making hence it is necessary to reduce every bit of Silicon in hot metal
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Manganese would be a solid. It would be classified as a metal. The color would be silver/grey. When armies were at war their helmet was made out of steel and 12% Manganese. In 1942 nickels were made out of 9% Manganese. Manganese can rust in water like iron. Manganese is also an important part of our body. Manganese can help our bodies in many ways and ruin our bodies to. Scientist shows that without Manganese we wouldn’t be able to heal from surgery faster‚ helps from bone loss‚ and is an antioxidant
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Hypothesis: I think that the chemical change is an irreversible process. The wet iron filings by the next day it will turn into rusting material because it is exposed to the atmosphere. While the dry iron filings is not III Materials: The setup in the previous activity‚ small plate‚ dry iron filings. IV Procedure: 1. Place the iron filings on a dry plate. 2. Compare the physical properties of the dry and wet iron filings. 3. Take note of the differences in their physical properties if any.
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