Detailed lab reports for General Chemistry Lab (CHEM 106). Grade received for reports range from 98-100% and work for all lab questions is shown, step by step so you don't have to spend so much time trying to write out all the equations and answers.
Is Volume Conserved? Lab Report 2 will help students understand the law of conservation of mass as it demonstrates how mass is conserved as opposed to volume. Detailed lab report explains all concepts necessary for chemistry students and expected results when mixing ethyl alcohol and water.
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Add to cartIs Volume Conserved? Lab Report 2 will help students understand the law of conservation of mass as it demonstrates how mass is conserved as opposed to volume. Detailed lab report explains all concepts necessary for chemistry students and expected results when mixing ethyl alcohol and water.
Lab Report 3, Up in the Air, is based on a literature review. Study region is selected using New Jersey's Air Monitoring Station Report to observe patterns of ozone, nitric oxide, nitrogen dioxide levels.
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Add to cartLab Report 3, Up in the Air, is based on a literature review. Study region is selected using New Jersey's Air Monitoring Station Report to observe patterns of ozone, nitric oxide, nitrogen dioxide levels.
What is in my sample? Color reactions of known samples of cations (Ag , Pb2 , Hg2 2 , Bi3 , Cu2 , and Fe3 ) will be observed to determine the cations in an unknown sample. Reagents, such HCl, Nitric acid, Ammonia, Potassium iodide, thioacetamide, and hydrogen peroxide will be used.
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Add to cartWhat is in my sample? Color reactions of known samples of cations (Ag , Pb2 , Hg2 2 , Bi3 , Cu2 , and Fe3 ) will be observed to determine the cations in an unknown sample. Reagents, such HCl, Nitric acid, Ammonia, Potassium iodide, thioacetamide, and hydrogen peroxide will be used.
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How Can We Build Molecules? In experiment 5, using a Gaussian program, molecular models of the various compounds will be formed. With prior knowledge on VSEPR theory, the shape and the bond angles of the molecules will be predicted.
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Add to cartHow Can We Build Molecules? In experiment 5, using a Gaussian program, molecular models of the various compounds will be formed. With prior knowledge on VSEPR theory, the shape and the bond angles of the molecules will be predicted.
Entire lab report with correct answers and figures. Appendix includes table with all expected geometry, bond angles, observed geometry and observed bond angles (including simulation images).
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Add to cartEntire lab report with correct answers and figures. Appendix includes table with all expected geometry, bond angles, observed geometry and observed bond angles (including simulation images).
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Correct answers provided and detailed calculations.
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Add to cartCorrect answers provided and detailed calculations.
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Completed Lab 8 -- Hunter College -- CUNY. Chem 106. General Chemistry lab.
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Add to cartCompleted Lab 8 -- Hunter College -- CUNY. Chem 106. General Chemistry lab.
Complete Lab with Answers/Calculations/ and Tables/Figures. Hunter College -- CUNY. Lab 9: An Online Simulation
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Add to cartComplete Lab with Answers/Calculations/ and Tables/Figures. Hunter College -- CUNY. Lab 9: An Online Simulation
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Completed Lab Report 10. Le Châterlier’s Principle, Where do I shift? CHEM 106. Hunter College. CUNY. Includes detailed table describing color changes after each experimental step and explanation to changes (shifts to the right or left). Detailed answers to post lab questions as well, with writ...
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Add to cartCompleted Lab Report 10. Le Châterlier’s Principle, Where do I shift? CHEM 106. Hunter College. CUNY. Includes detailed table describing color changes after each experimental step and explanation to changes (shifts to the right or left). Detailed answers to post lab questions as well, with writ...
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Lab Report 11: Where is my lewis pair - Acids, Bases, and Ka. CUNY - Hunter College. All correct answers with detailed calculations. Done step by step.
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Add to cartLab Report 11: Where is my lewis pair - Acids, Bases, and Ka. CUNY - Hunter College. All correct answers with detailed calculations. Done step by step.
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Lab Report 12 -- Heartburn and Aunty Acid. CUNY- Hunter College. CHEM 106. Complete lab. All correct calculations included, in a step by step manner. Sample calculations are easy to follow to help you sub in your numbers and create your own table =)
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Add to cartLab Report 12 -- Heartburn and Aunty Acid. CUNY- Hunter College. CHEM 106. Complete lab. All correct calculations included, in a step by step manner. Sample calculations are easy to follow to help you sub in your numbers and create your own table =)
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Lab Report 13. CHEM 106. I am a little buffer: Drop some acid. Drop some base. CUNY - Hunter College. Detailed calculations and answers.
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Add to cartLab Report 13. CHEM 106. I am a little buffer: Drop some acid. Drop some base. CUNY - Hunter College. Detailed calculations and answers.
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****NOTE: 2 pre-made indicators were contaminated so some colors came out WRONG for the entire class! =( I label them as "error" so you guys know which ones. I mention the CORRECT colors in my discussion. Lab Report 14. CHEM 106. Acids and Bases are pHun: Acids, bases, salts, and buffers. CUNY - H...
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Add to cart****NOTE: 2 pre-made indicators were contaminated so some colors came out WRONG for the entire class! =( I label them as "error" so you guys know which ones. I mention the CORRECT colors in my discussion. Lab Report 14. CHEM 106. Acids and Bases are pHun: Acids, bases, salts, and buffers. CUNY - H...
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Titration Data for 25.00 mL of the Unknown Solution is given and tabulated. Titration curve with product name is shown. Sample calculations, written step by step, for Part 1: A Mysterious Acid and Part 2: Polyprotic Acids. All post lab questions correct and included.
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Add to cartTitration Data for 25.00 mL of the Unknown Solution is given and tabulated. Titration curve with product name is shown. Sample calculations, written step by step, for Part 1: A Mysterious Acid and Part 2: Polyprotic Acids. All post lab questions correct and included.
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Included: table with data Points for Part 1: Heat of a Neutralization Reaction and sample calculations (step by step). For part two, table summarizes data Part 2: Specific Heat Capacity of a Metal with step by step sample calculations. Temperature vs. time figure illustrated. Post lab questions cor...
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Add to cartIncluded: table with data Points for Part 1: Heat of a Neutralization Reaction and sample calculations (step by step). For part two, table summarizes data Part 2: Specific Heat Capacity of a Metal with step by step sample calculations. Temperature vs. time figure illustrated. Post lab questions cor...
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The amount of heat released when different snacks burn is calculated and sample calculations is done step by step, to determine calories (expressed in units of kilojoules (kJ) or kilocalories (kcal)). Part 1: Determine the Calorimeter Constant Part 2: Energy Content of Various Snacks Post lab questi...
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Add to cartThe amount of heat released when different snacks burn is calculated and sample calculations is done step by step, to determine calories (expressed in units of kilojoules (kJ) or kilocalories (kcal)). Part 1: Determine the Calorimeter Constant Part 2: Energy Content of Various Snacks Post lab questi...
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The 'Iodine clock' occured when several oxidation-reduction reactions were completed, with accuracy of a clock. The rate of the reaction of interest (between iodide (I- ) and persulfate ions (S2O 82 -) ) was calculated, tabulated. All plots/figures are...
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Add to cartThe 'Iodine clock' occured when several oxidation-reduction reactions were completed, with accuracy of a clock. The rate of the reaction of interest (between iodide (I- ) and persulfate ions (S2O 82 -) ) was calculated, tabulated. All plots/figures are...
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A ferroin solution was mixed with Sulfuric acid (H2SO4) to separate the ferrous ions (Fe2 ) and the rate of dissociation of the phenanthroline ligand was observed. Plots were used and are provided to determine the appropriate rate order, the rate law and k value. After determining t...
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Add to cartA ferroin solution was mixed with Sulfuric acid (H2SO4) to separate the ferrous ions (Fe2 ) and the rate of dissociation of the phenanthroline ligand was observed. Plots were used and are provided to determine the appropriate rate order, the rate law and k value. After determining t...
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