support facts‚ and the fact in this case is that Agent Orange had detrimental effects wherever it was spread. Agent Orange is a herbicide that was used by the United States Military during the Vietnam war‚ it is made up of equal parts 2‚4-D and 2‚4‚5-T. Its purpose was to destroy forests and enemy crops during the war (Agent Orange‚ 2015). Although this substance was already considered an environmental hazard‚ it was later found that the manufacturing of Agent Orange resulted in a dioxin byproduct. When
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The Principal Agent-Theory as a base for the organization of company innovation process There are many settings in which one economic actor (the principal) delegates authority and/or responsibilities to an agent to act on his behalf. The primary reason for doing so is that the agent has an advantage in terms of expertise or information. This informational advantage‚ or information asymmetry‚ poses a problem for the principal—how can the principal be sure that the agent has in fact acted in her
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Brook Couture December 6‚ 2016 Agent Orange Chemical Research Paper “Operation Ranch Hand” was a war tactic used by the United States government during the Vietnam war‚ its purpose was to clear forests‚ but the consequences were far greater. From 1961 to 1971‚ a chemical was sprayed over the entire country of Vietnam‚ leaving 200‚000 people affected by the harmful toxin (Dioxin‚ 2015). The chemical used is called Agent Orange. Its use was discontinued after it was banned in 1971 by the
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degree angle for consistency Introduction: Redox reactions occur when both oxidation and reduction take place. All atoms can be assigned an oxidation number‚ which is a positive or negative number that help in determining the reducing and/or oxidizing agents in an equation. An increase in the oxidation number of an atom from one side of an equation to another side indicates oxidation. A decrease in the oxidation number of an atom indicates reduction. For example: 2AgNO3 + Cu Cu(NO3)2 + 2Ag In this
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forward direction‚ 3 Sn4+(aq) + 2 Cr(s) 3 Sn2+(aq) + 2 Cr3+(aq) 4+ a. Sn (aq) is the reducing agent and Cr(s) is the oxidizing agent. b. Cr(s) is the reducing agent and Sn2+(aq) is the oxidizing agent. c. Sn4+(aq) is the reducing agent and Sn2+(aq) is the oxidizing agent. d. Cr(s) is the reducing agent and Cr3+(aq) is the oxidizing agent. e. Cr(s) is the reducing agent and Sn4+(aq) is the oxidizing agent. 2. The following reaction occurs spontaneously. 2 H+(aq) + Ca(s) Ca2+(aq) + H2(g) Write the
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Legitimate Real Estate Agent A standout amongst the most essential things to do while buying a house is to locate an incredible land specialists to make the procedure stream easily and adequately. An inquiry numerous individuals consider is the manner by which to locate a decent land specialists. The best operators may not inexorably work at one of the main ten offices in the range. The specialists who will work best for you would be an accomplished operators who will listen to your requirements
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from its salt solution. In the displacement reaction of metals‚ the more electropositive metal will displace the less electropositive metal from its salt solution Through the observations of experiment results‚ aligning them with theory‚ oxidizing and reducing agents are distinguished. DISCUSSION Part A: Metal-Metal Ion Displacement Reactions In the first set experiments involving metal-metal ion displacement metal-nitrate solutions were prepared first. Using the formula: Molarity=moles of
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OXIDATION-REDUCTION TITRATIONS REDOX TITRATION • involves oxidizing agents and reducing agents titrants and analytes • oxidizing agents used as standard solutions: potassium permanganate‚ KMnO4 potassium dichromate‚ K2Cr2O7 iodine‚ I2 ceric sulfate‚ Ce(SO4) 2 potassium iodate‚ KIO3 REDOX TITRATION • reducing agents used as standard solutions: ferrous sulfate‚ FeSO4 oxalic acid‚ H2C2O4 sodium oxalate‚ Na2C2O4 sodium thiosulfate‚ Na2S2O3 titanous chloride
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Illustrating the Oxidation States of Mn & V © KCl http://hk.geocities.com/fatherofchemistry Procedure © KCl http://hk.geocities.com/fatherofchemistry Discussion Part A: Making Mn(VI) from Mn(VII) and Mn(IV) 1.> Explain why only one of the three mixtures reacted to give green Mn(VI). [ANS] By Le Chatelier’s Principle‚ only the alkaline medium will shift the equilibrium to right and yield green MnO42-. 2.> What happened when acid was added
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operation in correct sig fig 11. log(8.9790 x 1021) 12. antilog(0.1) 13. 0.34589 + 0.30 14. (1.310 x 102) x 0.350 15. 0.040500 / 0.030 II. REDOX REACTIONS Balance the following redox reactions and indicate which chemical species is the oxidizing agent and the reducing agent ACIDIC CONDITION 1. BrO3- + N2H4 → Br- + N2 2. UO2+ + NO3- → UO22+ + NO(g) 3. S2O42- → S2O32- + HSO3- BASIC CONDITION 1. Ag(s) + CrO42- → Ag+ + Cr(OH)3 (s) 2. ClO2 → ClO3- + Cl- 3. CH3CH2OH + MnO4- → CH3COO- + MnO2 (s) What is the
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