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2S2O3 2- + I2 =>

  1. How many grams of (NH4)2S2O3 were in the fertilizer sample
    1. answers icon 1 answer
    2. dug asked by dug
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  2. How many milliliters of 0.230 M Na2S2O3 solution are needed to titrate 2.349 g of I2 according to the equation below?I2(aq)+2S2O
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    2. Drew asked by Drew
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  3. using the titration equation below calculate the number of moles of molecular iodine (I2) that must have reacted with the sodium
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    2. Yul asked by Yul
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  4. I am so confused with my chemistry lab right now. We were given the following equations to work with:[Equation 1] 2 I^- + H2O2 +
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    2. Bev asked by Bev
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  5. Using I2 (aq)+ 2S2O3=> S4O6 (aq)+ 2I(aq) calculate the number of moles of molecular iodine. Given that there are 0.004328482
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    2. Anonymous asked by Anonymous
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  6. . Using I2 (aq)+ 2S2O3=> S4O6 (aq)+ 2I(aq) calculate the number of moles of molecular iodine. Given that there are 0.004328482
    1. answers icon 1 answer
    2. Simone asked by Simone
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  7. I have to calculate the concentration of I2 produced (# of moles of I2 produced / L) based on the stoichiometric ratio in the
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    2. Hannah asked by Hannah
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  8. I have to calculate the concentration of I2 produced (# of moles of I2 produced / L) based on the stoichiometric ratio in the
    1. answers icon 8 answers
    2. Hannah asked by Hannah
    3. views icon 866 views
  9. 2S2O3 2- + I2 => S4o6 2- + 2I -If,in an experiment,0.05 mol S2O3 2- is consumed in 1.0L of solution each second,at what rates
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    2. Yeneta asked by Yeneta
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  10. I have to calculate the concentration of I2 produced (# of moles of I2 produced / L) based on the stoichiometric ratio in the
    1. answers icon 0 answers
    2. Hannah asked by Hannah
    3. views icon 627 views