What is the Mass of S02Cl2 in a Sample?

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Discussion Overview

The discussion revolves around calculating the mass of sulfur dichloride oxide (S02Cl2) in a sample and determining the reaction equation between iodic (V) acid and sulfur dioxide. It involves both theoretical and practical aspects of chemistry, including stoichiometry and reaction equations.

Discussion Character

  • Homework-related
  • Mathematical reasoning
  • Technical explanation

Main Points Raised

  • Post 1 presents two questions: calculating the mass of S02Cl2 based on neutralization data and determining the reaction equation for iodic (V) acid with sulfur dioxide.
  • Post 2 requests participants to share their attempts or specify which parts of the question are problematic.
  • Post 3 indicates that the user has solved the first question but struggles with the second, seeking guidance on how to begin.
  • Post 4 suggests constructing the reaction equation based on empirical data, mentioning the relationship between the moles of iodic (V) acid and sulfuric acid produced, and hints at deriving the mole ratio of reactants.
  • Post 5 expresses gratitude for the assistance provided.

Areas of Agreement / Disagreement

The discussion does not present any consensus, as participants are at different stages of understanding the problems posed, with some seeking help while others provide hints and guidance.

Contextual Notes

The discussion relies on specific experimental data and assumptions about the reactions involved, which may not be fully detailed or resolved in the posts.

Who May Find This Useful

Students and individuals interested in chemistry, particularly those studying reaction equations and stoichiometry in a homework context.

rebedotcca
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1) Sulphur dichloride oxide, S02Cl2 is hydrolysed (decomposed) by water to sulphuric acid and hydrochloric acid. A sample of S02Cl2 was dissolved in sufficient water to produce 150 cm3 , and of the 25cm3 of the resultant solution required 15cm3 of 0.2 mol/dm3 sodium hydroxide for neutralisation. Calculate the mass of S02Cl2 in the sample. 2) When iodic (V) acid, HIO3 reacts with an aq solution of SO2, H2SO4 and iodine are produced. in an experiment, 0.1g of iodic (v) acid was reacted with excess sulphur dioxide and iodine formed were removed by heating. The sulphuric acid produced requred 28.4cm3 of 0.1mol/dm3 NaOH solution. Determine the equation for the reaction between iodic(V) acid and sulphur dioxide.
 
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Please show your attempt or tell us which parts of the question you are having problems with.
 
Hey fightfish. For question 1 i had solved it already. But now I'm having problem with question 2. I do not know how to start this question. Do you mind teaching me? Thanks!
 
Basically the question is asking you to construct the equation of the reaction between the iodic(V) acid and sulfur dioxide based on the empirical (experimental) data.
From the data in the question, we can obtain:
i) The no. of moles of iodic(V) acid reacted
ii) The no. of moles of sulfuric acid produced
Hint: How is the no. of moles of sulfur dioxide reacted related to the no. of moles of sulfuric acid produced?
From there, we can obtain the mole ratio of the reactants, thus enabling us the write the equation.
 
Thanks! (;
 

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