(a)
Interpretation:
Balanced equation for the given skeletal
(a)
Answer to Problem K.14E
The balanced chemical equation is
Explanation of Solution
The given skeletal equation for the redox reaction is written as follows;
Balancing antimony atoms: In the left side of the equation, there are two antimony atoms, while on the right side of the equation; one antimony atom is present. Adding coefficient
Balancing sulfur atoms: In the left side of the equation, there are three sulfur atoms, while on the right side of the equation; one sulfur atom is present. Adding coefficient
Balancing iron atoms: In the left side of the equation, there is one iron atom, while on the right side of the equation; three iron atoms are present. Adding coefficient
(b)
Interpretation:
Balanced equation for the given skeletal redox reaction has to be written.
(b)
Answer to Problem K.14E
The balanced chemical equation is
Explanation of Solution
The given skeletal equation for the redox reaction is written as follows;
Balancing oxygen atoms: In the left side of the equation, there is one oxygen atom, while on the right side of the equation; three oxygen atoms are present. Adding coefficient
Balancing bromine atoms: In the left side of the equation, there are three bromine atoms, while on the right side of the equation; two bromine atoms are present. Adding coefficient
(c)
Interpretation:
Balanced equation for the given skeletal redox reaction has to be written.
(c)
Answer to Problem K.14E
The balanced chemical equation is
Explanation of Solution
The given skeletal equation for the redox reaction is written as follows;
Balancing chromium atoms: In the left side of the equation, there are two chromium atoms, while on the right side of the equation; three chromium atoms are present. Adding coefficient
Balancing oxygen atoms: In the left side of the equation, there are nine oxygen atoms, while on the right side of the equation; one oxygen atom is present. Adding coefficient
Balancing carbon atoms: In the left side of the equation, there is one carbon atom, while on the right side of the equation; thirteen carbon atoms are present. Adding coefficient
(d)
Interpretation:
Balanced equation for the given skeletal redox reaction has to be written.
(d)
Answer to Problem K.14E
The balanced chemical equation is
Explanation of Solution
The given skeletal equation for the redox reaction is written as follows;
Balancing oxygen atoms: In the left side of the equation, there are two oxygen atoms, while on the right side of the equation; three oxygen atoms are present. Adding coefficient
Balancing sulfur atoms: In the left side of the equation, there is one sulfur atom, while on the right side of the equation; two sulfur atoms are present. Adding coefficient
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Chapter F Solutions
ACHIEVE/CHEMICAL PRINCIPLES ACCESS 1TERM
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