The products have higher entropy than the reactants explain why H2O (s) —> H2O (l) A Fine MessWhy do you bother?!enough entropy There's a minute possibilityNo matter how careful you are, your room always becomes messy. It's not I think I've hadsurprising. There are very few arrangements of all your things that are to last a lifetime! everything could organizeorganized. There are thousands of arrangements that are disorganized.Probability favors disorganization or randomness, also known as entropy.In nature, high entropy is favored, yet many things that occur naturally arequite organized. This is because nature also favors low potential energy orenthalpy. Entropy and enthalpy sometimes conflict with each other.Consider steam and snowflakes, both arrangements of water. Steam has veryhigh entropy. The particles are spread out randomly. Snowflakes have lowentropy. The particles are arranged in repeating geometric patterns. In orderto spread the particles out, as in steam, it is necessary to overcome thehydrogen bonds that hold water molecules together. This requires a lot ofenergy. As a result, water has a high boiling point. Snowflakes, therefore, have low enthalpy, while steam has highenthalpy.itself with no effort at all!It's about the same as theprobability that all your workwill pay off.Answer the questions below based on your reading above, and on your knowledge of chemistry.Which form of carbon dioxide has higher entropy? *1 noint

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The products have higher entropy than the reactants explain why H2O (s) —> H2O (l)

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter13: Spontaneous Processes And Thermodynamic Equilibrium

Section: Chapter Questions

Problem 49AP

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Question

100%

The products have higher entropy than the reactants explain why H2O (s) —> H2O (l)

A Fine Mess
Why do you bother?!
enough entropy There's a minute possibility
No matter how careful you are, your room always becomes messy. It's not I think I've had
surprising. There are very few arrangements of all your things that are to last a lifetime! everything could organize
organized. There are thousands of arrangements that are disorganized.
Probability favors disorganization or randomness, also known as entropy.
In nature, high entropy is favored, yet many things that occur naturally are
quite organized. This is because nature also favors low potential energy or
enthalpy. Entropy and enthalpy sometimes conflict with each other.
Consider steam and snowflakes, both arrangements of water. Steam has very
high entropy. The particles are spread out randomly. Snowflakes have low
entropy. The particles are arranged in repeating geometric patterns. In order
to spread the particles out, as in steam, it is necessary to overcome the
hydrogen bonds that hold water molecules together. This requires a lot of
energy. As a result, water has a high boiling point. Snowflakes, therefore, have low enthalpy, while steam has high
enthalpy.
itself with no effort at all!
It's about the same as the
probability that all your work
will pay off.
Answer the questions below based on your reading above, and on your knowledge of chemistry.
Which form of carbon dioxide has higher entropy? *
1 noint

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