The following physical phenomenon described related to one or more features of kinetic molecular theory is to be stated - Gas bubbles always rise through a liquid and become larger as they move upward. Concept introduction: Commonly, the atoms and molecules of a gas are in random and fast motion. Due to this rapid motion, the molecules of the gas particles are colliding with each other besides colliding with the walls of the container. These properties of the gas molecules can be best explained by ‘Kinetic theory of gases’.

Question

Complete the following table. The only density needed is already given. Show your calculations in a neat and easy-to-follow manner in the space below the table. All units should be included and significant figures should be given close attention. Be sure to notice that the amount of material should be in millimoles rather than moles, and the theoretical mass of the product should in milligrams rather than grams. LOCH 3 + H2SO4 HNO 3 O=C-OCH 3 NO2 x H₂O F.W. 4.0 mL 1.3 M amount 0.50 mL in H2SO4 mg Theoretical Theoretical mmoles density 1.09

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Question

Chapter 4, Problem 13E

Interpretation Introduction

Interpretation:

The following physical phenomenon described related to one or more features of kinetic molecular theory is to be stated - Gas bubbles always rise through a liquid and become larger as they move upward.

Concept introduction:

Commonly, the atoms and molecules of a gas are in random and fast motion. Due to this rapid motion, the molecules of the gas particles are colliding with each other besides colliding with the walls of the container. These properties of the gas molecules can be best explained by ‘Kinetic theory of gases’.

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