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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Can you please help me fill in the empty columns

Transcribed Image Text:(how hard they hit
the walls)
increases the
pressure and that
decreases the
momentum of the
gas molecules
decreases the
pressure.
Gas particles move
in a straight line
until they collide
with another particle
or the walls of the
container.
Gas particles are
much smaller than
the distance
between them. In
other words, most
of the volume of a
gas is empty space.
The gas particles
are like the billard
balls and spheres in
the term of shape
as the balls and
sphere are
spherical and gas
particles are also
considered
When the billiard
balls are
unorqanised kept
on the billiard table
the size of the ball
is now too small
from the distance of
the randomly
cnroad halls
The gas particles
are unlike the
billiard balls and
spheres as billiard
balls when seen in
actual is much
bioger in size and
when are organised
on the billiard table
the distance
ntưoon the halls

Transcribed Image Text:An elastic collision is a crash wherein there is no overall deficit in dynamic energy in
the framework because of the impact. Both force and motor energy are rationed
amounts in versatile impacts. Assume two comparative streetcars are going toward
one another with equivalent speed.
* Complete the following table comparing ideal gas particles with billiard balls or
marbles, whichever is better for you.
Rephrase into
words you
understand, draw a
picture of an
example, or
describe an
example
How are gas
particles in each
statement like
billiard balls or
marbles?
How are gaS
particles in each
statement UNLIKE
billiard balls or
marbles?
The assumption
about ideal gases
The force exerted
by the gas on the
walls, just as a
bowling ball
exerts a force on
the pins it strikes.
Anything that
The force exerted
by billiard balls or
marbles cannot b
constant and they
Gases are
composed of many
particles that
The force exerted
by the gas on the
walls, just as a
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