question 1 1. All of the common noble gases are monatomic and low-boiling. Their boiling points in °C are:Ne, -245; Ar, -186; Kr, -152; and Xe, -107. Using the periodic relationship between the noble gases,predict the boiling point of Radon.2. Substances A, B, and C can all act as oxidizing agents. In solution, A is green, B is yellow andC is red. The anions are all colorless. When a solution of A is mixed with B, the color changesfrom green to yellow, when A is mixed with C the color remains green. Arrange A, B, and C inorder of oxidizing strength and explain your answer.

#1: Since the Noble gases already have a stable octet, they do not participate in chemical reaction…

1. All of the common noble gases are monatomic and low-boiling. Their boiling points in °C are: Ne, -245; Ar, -186; Kr, -152; and Xe, -107. Using the periodic relationship between the noble gases, predict the boiling point of Radon.

1. All of the common noble gases are monatomic and low-boiling. Their boiling points in °C are: Ne, -245; Ar, -186; Kr, -152; and Xe, -107. Using the periodic relationship between the noble gases, predict the boiling point of Radon.

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter8: The Periodic Table: Structure And Trends

Section: Chapter Questions

Problem 8.83QE

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question 1

1. All of the common noble gases are monatomic and low-boiling. Their boiling points in °C are:
Ne, -245; Ar, -186; Kr, -152; and Xe, -107. Using the periodic relationship between the noble gases,
predict the boiling point of Radon.
2. Substances A, B, and C can all act as oxidizing agents. In solution, A is green, B is yellow and
C is red. The anions are all colorless. When a solution of A is mixed with B, the color changes
from green to yellow, when A is mixed with C the color remains green. Arrange A, B, and C in
order of oxidizing strength and explain your answer.

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