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Answer: x = 0°, 90°, 180°, 270° Step-by-step explanation: We can start by fact...

Answer: -0.64 V. Step-by-step explanation: To calculate the potential for the ...

Answer: Therefore, 41.1 g of KCIO3 will be formed when 50.0 g of KCl reacts wi...

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Calculate potential for reduction of molecular oxygen to hydrogen peroxide from latimer diagram given below 
 O2 ------&gt; HO2 ------&gt; H2O2 
O2/HO2 = E°= -0.20 V
HO2/H2O2 = E°= -0.80 V

If 50.0 g of KCI reacts with 50.0 g of O2 to produce KCIO, according to the following equation, how many grams of KCIO, will be formed?
Word equation:
Formula equation:

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Ralf Concepcion

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