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we constructed galvanic cells with the following solutions (with a their respective metals used as cathodes): KNO3 was used to construct a salt bridge to all the following solutions: ZnSO4, CuSO4, FeSO4, NI(NO3)2, KI/I2. we then used a multimeter to test voltaages, this is what we came up with for results: Cell Anode Cathod Voltage Assuming that the reduction potential for the most active metal is 0 V Zn + Cu Zn Cu 1.01 Using observed voltages determine the reduction potentials for the other Zn+Fe Zn Fe .39 oxidized species investigated. Zn+NI Zn Ni .25 what was strongest oxidizing agent?/reducing agent? Zn+I2/I- Zn I2/I- 1.31 what is the highest cell voltage that could be used from the half Fe+Ni Ni Fe .16 cells used in this experiment? Fe + I2/I- Fe I2/I- .92 supposed taht Fe/Fe2+ was used as the reference reaction instead of the one that included the most active metal. what would Ni+I2/I- Ni I2/I- 1.03 the highest cell voltage that could be constructed from 1/2 cells be? determine value for delta G0 for the following systems using your value for E0 Zn + Fe2+ = Zn2+ + Fe Cu + Zn2+ = Cu2+ + Zn order the following in order of activity, w/ most active first: Cu, H, Fe, Ni, Zn, Na, Mg, Ag
Show all the steps in the mechanism for the following reaction, When benzene is mixed with deuterated sulfuric acid, deuterium is slowly incorporated onto the ring. Show the mechanism for this reaction and explain how this relates the sulfonation of ..
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