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The kinetic molecular theory relates macroscopic properties such as pressure, volume, and temperature to the microscopic motions of gas particles. Consider the following statements: A. There are no attractive or repulsive forces between the gas particles. B. Gas particles are in constant, random motion only at temperatures above 0^circ C C. The volume of the individual gas particles must be taken into account when describing the volume of the gas itself. Which statements are true according to the kinetic molecular theory? Choose 1 answer: A A only B A and B C A and C D A, B, and C

Problemas

The kinetic molecular theory relates macroscopic properties such as pressure, volume, and temperature to the microscopic motions of gas particles. Consider the following statements: A. There are no attractive or repulsive forces between the gas particles. B. Gas particles are in constant, random motion only at temperatures above 0^circ C C. The volume of the individual gas particles must be taken into account when describing the volume of the gas itself. Which statements are true according to the kinetic molecular theory? Choose 1 answer: A A only B A and B C A and C D A, B, and C

The kinetic molecular theory relates macroscopic properties such as pressure, volume, and temperature to the microscopic motions of gas particles. Consider the following statements: A. There are no attractive or repulsive forces between the gas particles. B. Gas particles are in constant, random motion only at temperatures above 0^circ C C. The volume of the individual gas particles must be taken into account when describing the volume of the gas itself. Which statements are true according to the kinetic molecular theory? Choose 1 answer: A A only B A and B C A and C D A, B, and C

Solución

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Reginamaestro · Tutor durante 5 años
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A only<br /><br />According to the kinetic molecular theory, there are no attractive or repulsive forces between gas particles (statement A). Statement B is incorrect because gas particles are in constant, random motion at all temperatures above absolute zero, not just above $0^{\circ }C$. Statement C is incorrect because the volume of individual gas particles is considered negligible compared to the volume of the container they occupy.
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