SO2Cl2 in reaction with an excess water results in the acidic mixture
SO2CL2+2H2O\(\rightarrow\)H2SO4+2HCL
16 moles of NaOH is required for the complete neutralization of the resultant acidic mixture. The number of moles of SO2Cl2 used is
SO2CL2+2H2O\(\rightarrow\)H2SO4+2HCL
16 moles of NaOH is required for the complete neutralization of the resultant acidic mixture. The number of moles of SO2Cl2 used is
- 16
- 8
- 4
- 2
The Correct Option is A
Solution and Explanation
SO2CL2+2H2O\(\rightarrow\)H2SO4+2HCL
Moles of NaOH required for complete neutralization of resultant acidic mixture = 16 moles
And 1 mole of SO2Cl2 produced 4 moles of H+
Moles pf SO2CL2 used will be=\(\frac{16}{4}\)=4 moles
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Concepts Used:
Rate of a Chemical Reaction
The rate of a chemical reaction is defined as the change in concentration of any one of the reactants or products per unit time.
Consider the reaction A → B,
Rate of the reaction is given by,
Rate = −d[A]/ dt=+d[B]/ dt
Where, [A] → concentration of reactant A
[B] → concentration of product B
(-) A negative sign indicates a decrease in the concentration of A with time.
(+) A positive sign indicates an increase in the concentration of B with time.
Factors Determining the Rate of a Reaction:
There are certain factors that determine the rate of a reaction:
- Temperature
- Catalyst
- Reactant Concentration
- Chemical nature of Reactant
- Reactant Subdivision rate