Question 2 (a) Consider the following equation NO:(g) + H20(1) – HNO:(aq) + NO(g) (i) Write two balanced half-equations and hence balance the above equation. (ii) Describe the redox behaviour of NO2 in this reaction. (i) State why this reaction is important industrially. (b) A closo borane anion has the following structure (i) Write down the formula of this closo borane anion. (ii) Write down the number of skeletal electron pairs (SEP) in the anion. (iii) Determine the formula of the neutral boron hydride that can be formed by remo.g two of the vertices of the above borane anion and state the styx code for this neutral borane. (c Use Wade's rules to classify each of the following carboranes or metallacarborane and state the formula of the parent closo cluster, where applicable. [C:B.Hs). [C:B>H11.[C.B:H&Ni(CO):]
Question 2 (a) Consider the following equation NO:(g) + H20(1) – HNO:(aq) + NO(g) (i) Write two balanced half-equations and hence balance the above equation. (ii) Describe the redox behaviour of NO2 in this reaction. (i) State why this reaction is important industrially. (b) A closo borane anion has the following structure (i) Write down the formula of this closo borane anion. (ii) Write down the number of skeletal electron pairs (SEP) in the anion. (iii) Determine the formula of the neutral boron hydride that can be formed by remo.g two of the vertices of the above borane anion and state the styx code for this neutral borane. (c Use Wade's rules to classify each of the following carboranes or metallacarborane and state the formula of the parent closo cluster, where applicable. [C:B.Hs). [C:B>H11.[C.B:H&Ni(CO):]
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![Question 2
(a) Consider the following equation
NO:(g) + H2O(1) – HNO:(aq) + NO(g)
(i) Write two balanced half-equations and hence balance the above equation.
(ii) Describe the redox behaviour of NO2 in this reaction.
(i) State why this reaction is important industrially.
(b) A closo borane anion has the following structure
(i) Write down the formula of this closo borane anion.
(ii) Write down the number of skeletal electron pairs (SEP) in the anion.
(iii) Determine the formula of the neutral boron hydride that can be formed by remo.g
two of the vertices of the above borane anion and state the styx code for this nentral
borane.
(c Use Wade's rules to classify each of the following carboranes or metallacarborane and
state the formula of the parent closo cluster, where applicable.
[C:B.Hs). [C:B>H11. [C.B:H&Ni(CO):]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe522a9f4-abc6-4fa2-bbd6-740137fb9b1e%2F366ec5e0-e9d8-49a2-9ff1-c2d4a33f7aef%2Fsx9wdx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 2
(a) Consider the following equation
NO:(g) + H2O(1) – HNO:(aq) + NO(g)
(i) Write two balanced half-equations and hence balance the above equation.
(ii) Describe the redox behaviour of NO2 in this reaction.
(i) State why this reaction is important industrially.
(b) A closo borane anion has the following structure
(i) Write down the formula of this closo borane anion.
(ii) Write down the number of skeletal electron pairs (SEP) in the anion.
(iii) Determine the formula of the neutral boron hydride that can be formed by remo.g
two of the vertices of the above borane anion and state the styx code for this nentral
borane.
(c Use Wade's rules to classify each of the following carboranes or metallacarborane and
state the formula of the parent closo cluster, where applicable.
[C:B.Hs). [C:B>H11. [C.B:H&Ni(CO):]
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