chemistry

posted by .

How many grams of kmn04 are contained in 35ml of 0.05N kmn04 used in the following reaction in basic solution.

the answer 0.0922g


who helps

  • chemistry -

    this is also a .05M solution.

    massingrams=.035*.05*molmassKMnO4

Respond to this Question

First Name
School Subject
Your Answer

Similar Questions

  1. chemistry

    calculate the molarity of H2O2 if 25ml of H2O2 required 12 ml of 0.1M KMN04?
  2. chemistry

    In the previous example, how many ml of 0.1M KMN04 are required to react with 30ml of 0.05M H2o2?
  3. chemistry

    In the previous example, how many ml of 0.1M KMN04 are required to react with 30ml of 0.05M H202?
  4. chemistry

    How many ml of 0.05M kmn04 acidic are diluted to oxidize 2gm of fes04 is diluted solution The answer 52.63 ml I want you step by step clearly explain Thank you for Bob
  5. chemistry

    calculate the number of g fes04 that will be oxidized by 24ml of a 250N Kmn04 in a solution acidified with sulfuric acid. The unbalanced equation for the reaction. The answer 0.912g Who helps
  6. chemistry

    In the previous example, how many ml of 0.1M kmn04 are required to react with 30ml of 0.05M h202?
  7. math who helps me step by step

    A mixture of pure k2cr207 and pure kmn04 weighing 0.561g was treated with excess of ki in acidic medium. iodine liberated required 100ml of 0.15M of sodium thiosulphate solution for exact oxidation. The right answer k2cr207 43.67% …
  8. math who helps me step by step

    A mixture of pure k2cr207 and pure kmn04 weighing 0.561g was treated with excess of ki in acidic medium. Iodine liberated required 100ml of 0.15M of sodium thiosulphate solution for exact oxidation. The right answer 43.67 k2cr207 and …
  9. chemistry who helps me step by step

    25g of a sample of ferrous sulphate was dissolved in water containing dilute h2s04 and the volume made up to one litre. 25ml of this solution required 20ml of N/10 kmn04 solution for complete oxidation. calculate the percentage of …
  10. chemistry grade 11

    ferrous sulfate was prepared by dissolution of x grams p feso4.7H20 crystals in 500 ml water. 20 ml of this solution necessities 5 ml of 0.1mol/l kmn04 for the pink color to persist. find x

More Similar Questions