which of these accurately compares particles of carbon dioxide in the solid phase to particles of carbon…

which of these accurately compares particles of carbon dioxide in the solid phase to particles of carbon dioxide in the gas phase?\na. there is a larger vibration of particles in the solid phase than in the gas phase.\nb. the particles in the solid phase are heavier than the particles in the gas phase.\nc. the particles are closer together in the solid phase than in the gas phase.\nd. there is a greater distance among particles in the solid phase than in the gas phase.

which of these accurately compares particles of carbon dioxide in the solid phase to particles of carbon dioxide in the gas phase?\na. there is a larger vibration of particles in the solid phase than in the gas phase.\nb. the particles in the solid phase are heavier than the particles in the gas phase.\nc. the particles are closer together in the solid phase than in the gas phase.\nd. there is a greater distance among particles in the solid phase than in the gas phase.

Answer

Brief Explanations:

In the solid phase, particles are closely - packed together due to strong intermolecular forces. In the gas phase, particles are far apart as intermolecular forces are weak. The mass of a carbon - dioxide particle is the same regardless of the phase. Also, particles in the gas phase generally have more vibrational, translational, and rotational motion compared to those in the solid phase.

Answer:

C. The particles are closer together in the solid phase than in the gas phase.