Page 14018 3) The second electron affinity of oxygen is positive, making the oxide not likely to form as a free ion. When oxygen gas reacts with potassium it forms the metal superoxide, while reaction of oxygen gas with lithium forms the metal oxide. a) What is the chemical formula of just superoxide? b) What is the chemical formula of potassium superoxide? c) Why does potassium form the metal superoxide but lithium forms the metal oxide? Give a complete explanation for this difference, using words (you may also include diagrams/drawings).
Page 14018 3) The second electron affinity of oxygen is positive, making the oxide not likely to form as a free ion. When oxygen gas reacts with potassium it forms the metal superoxide, while reaction of oxygen gas with lithium forms the metal oxide. a) What is the chemical formula of just superoxide? b) What is the chemical formula of potassium superoxide? c) Why does potassium form the metal superoxide but lithium forms the metal oxide? Give a complete explanation for this difference, using words (you may also include diagrams/drawings).
Chemistry
10th Edition
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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I need help on questions 3 and 4?
![Pag
3) The second electron affinity of oxygen is positive, making the oxide not likely to form
as a free ion. When oxygen gas reacts with potassium it forms the metal
superoxide, while reaction of oxygen gas with lithium forms the metal oxide.
a) What is the chemical formula of just superoxide?
b) What is the chemical formula of potassium superoxide?
c) Why does potassium form the metal superoxide but lithium forms the metal
oxide? Give a complete explanation for this difference, using words (you may
also include diagrams/drawings). 88
Bunuogmop niste notisbixo + s jidirixs
d) Why was it relevant to reference the second electron affinity of oxygen in this
question?
2pit2hsdosisno
latsm 9100 & 26 buol norw ziniog pritlem
4) Label the structure shown here with:
11
SH
a) the oxidation state of both nitrogen atoms
biban
b) the hybridization of each nitrogen
:0: :0:
11
Ô-N-N
Istom teafioz](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffe02de13-488d-4d41-bf2a-82d496af7731%2F7df62b88-385d-46ed-a075-3117f41bb5ab%2F3flomoq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Pag
3) The second electron affinity of oxygen is positive, making the oxide not likely to form
as a free ion. When oxygen gas reacts with potassium it forms the metal
superoxide, while reaction of oxygen gas with lithium forms the metal oxide.
a) What is the chemical formula of just superoxide?
b) What is the chemical formula of potassium superoxide?
c) Why does potassium form the metal superoxide but lithium forms the metal
oxide? Give a complete explanation for this difference, using words (you may
also include diagrams/drawings). 88
Bunuogmop niste notisbixo + s jidirixs
d) Why was it relevant to reference the second electron affinity of oxygen in this
question?
2pit2hsdosisno
latsm 9100 & 26 buol norw ziniog pritlem
4) Label the structure shown here with:
11
SH
a) the oxidation state of both nitrogen atoms
biban
b) the hybridization of each nitrogen
:0: :0:
11
Ô-N-N
Istom teafioz
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