1) Using the following equation: I + KIO: + HC1 ------> ICI + KC + H20 Calculate how many grams of iodine are needed to prepare 28.6 grams of ICI by this reaction.

Chemistry: Principles and Reactions
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Chapter3: Mass Relations In Chemistry; Stoichiometry
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Problem 18QAP: What is the molarity of each ion present in aqueous solutions of the following compounds prepared by...
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1) Using the following equation:
I + KIO: + HC -------- ICI + KCi + H20
Calculate how many grams of iodine are needed to prepare 28.6 grams of IC1 by this reaction.
2) Using the following equation:
KNO2 + KMNO4 + H,SO ---> KNO: + MnSO4 + K2SO4 + H2o
How many moles and how many grams of KMNO4 are needed to carry out this reaction on
11.4 grams of KNO2?
3) Using the following equation:
NH3 + 02-
- NO + H2O
How many moles and how many grams of oxygen (O2) are needed to react with 56.8 grams
of ammonia by this reaction?
4) Using the following equation:
NaIOs + HI-
I2 + Nal + H20
Calculate the number of moles and the number of grams of iodine (I2) that can be made this
way from 16.4 grams of NaIO3.
Transcribed Image Text:1) Using the following equation: I + KIO: + HC -------- ICI + KCi + H20 Calculate how many grams of iodine are needed to prepare 28.6 grams of IC1 by this reaction. 2) Using the following equation: KNO2 + KMNO4 + H,SO ---> KNO: + MnSO4 + K2SO4 + H2o How many moles and how many grams of KMNO4 are needed to carry out this reaction on 11.4 grams of KNO2? 3) Using the following equation: NH3 + 02- - NO + H2O How many moles and how many grams of oxygen (O2) are needed to react with 56.8 grams of ammonia by this reaction? 4) Using the following equation: NaIOs + HI- I2 + Nal + H20 Calculate the number of moles and the number of grams of iodine (I2) that can be made this way from 16.4 grams of NaIO3.
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