If you compare the solubilities of the noble gases in water,you find that solubility increases from smallest atomicweight to largest, Ar < Kr < Xe. Which of the followingstatements is the best explanation? (a) The heavier the gas, the more it sinks to the bottom ofthe water and leaves room for more gas molecules at thetop of the water.(b) The heavier the gas, the more dispersion forces it has,and therefore the more attractive interactions it haswith water molecules.(c) The heavier the gas, the more likely it is to hydrogenbondwith water.(d) The heavier the gas, the more likely it is to make a saturatedsolution in water.
If you compare the solubilities of the noble gases in water,you find that solubility increases from smallest atomicweight to largest, Ar < Kr < Xe. Which of the followingstatements is the best explanation? (a) The heavier the gas, the more it sinks to the bottom ofthe water and leaves room for more gas molecules at thetop of the water.(b) The heavier the gas, the more dispersion forces it has,and therefore the more attractive interactions it haswith water molecules.(c) The heavier the gas, the more likely it is to hydrogenbondwith water.(d) The heavier the gas, the more likely it is to make a saturatedsolution in water.
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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Question
If you compare the solubilities of the noble gases in water,
you find that solubility increases from smallest atomic
weight to largest, Ar < Kr < Xe. Which of the following
statements is the best explanation?
(a) The heavier the gas, the more it sinks to the bottom of
the water and leaves room for more gas molecules at the
top of the water.
(b) The heavier the gas, the more dispersion forces it has,
and therefore the more attractive interactions it has
with water molecules.
(c) The heavier the gas, the more likely it is to hydrogenbond
with water.
(d) The heavier the gas, the more likely it is to make a saturated
solution in water.
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