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Please can you help me out with the missing columns on the first photo.

Please can you help me out with the missing columns on the first photo.

Chemistry
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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Please can you help me out with the missing columns on the first photo.
balls when seen in the distance between them. In other words, most of the volume of a gas is empty space. as the balls and sphere are spherical and gas particles are also considered spherical. on the billiard table the size of the ball is now too small from the distance of the randomly spread balls. actual is much bigger in size and when are organised on the billiard table the distance between the balls are not negligible. There are no attractive forces between gas particles or between gas particles and the walls of their container. Collisions between gas particles or with All collisions the walls of the container are elastic, meaning no energy lost when it collides with Unlike billiard balls between gas molecules and with the walls of the container are perfectly elastic and collide there is no The gas particles are like billiard balls or marbles, gas or marbles because when the billiard balls or marbles particles don't arrest because gas particles are continuously
Transcribed Image Text:balls when seen in the distance between them. In other words, most of the volume of a gas is empty space. as the balls and sphere are spherical and gas particles are also considered spherical. on the billiard table the size of the ball is now too small from the distance of the randomly spread balls. actual is much bigger in size and when are organised on the billiard table the distance between the balls are not negligible. There are no attractive forces between gas particles or between gas particles and the walls of their container. Collisions between gas particles or with All collisions the walls of the container are elastic, meaning no energy lost when it collides with Unlike billiard balls between gas molecules and with the walls of the container are perfectly elastic and collide there is no The gas particles are like billiard balls or marbles, gas or marbles because when the billiard balls or marbles particles don't arrest because gas particles are continuously
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, whicheveris better for you, Rephrase into words you understand, draw a particles in each picture of an example, or describe an example How are gas How are gasS particles in each statement UNLIKE billiard balls or marbles? The assumption about ideal gases statement like billiard balls or marbles? The force exerted by the gas on the walls, just as a bowling ball exerts a force on the pins it strikes. by the gas on the Anything that increases the frequency with The force exerted by billiard balls or marbles cannot be constant and they will not be in a force on the pins it state of constant, random motion. The force exerted Gases are composed of many particles that behave like hard, spheres in a state of constant, random | which the walls, just as a billiard balls or marbles exerts a motion molecules strike strikes.
Transcribed Image Text: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, whicheveris better for you, Rephrase into words you understand, draw a particles in each picture of an example, or describe an example How are gas How are gasS particles in each statement UNLIKE billiard balls or marbles? The assumption about ideal gases statement like billiard balls or marbles? The force exerted by the gas on the walls, just as a bowling ball exerts a force on the pins it strikes. by the gas on the Anything that increases the frequency with The force exerted by billiard balls or marbles cannot be constant and they will not be in a force on the pins it state of constant, random motion. The force exerted Gases are composed of many particles that behave like hard, spheres in a state of constant, random | which the walls, just as a billiard balls or marbles exerts a motion molecules strike strikes.
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