Two glasses labeled A and B contain equal amounts of water at different temperatures. Kim put an antacid tablet into each of the

Answer:

The correct statement is D. The water in Glass A is at a lower temperature compared to Glass B; consequently, the particles in Glass A exhibit reduced movement.

Explanation:

Raising the temperature increases the solubility of solutes.

The experiment indicates that's glass B is at a higher temperature than glass A since the antacid dissolves more quickly in glass B than in glass A. Therefore, glass A must be cooler, leading to slower particle movement compared to glass B.

Answer:

D. The water in Glass A is at a lower temperature compared to that in Glass B, leading to a slower movement of particles in Glass A.

Explanation:

Temperature in scientific terms is characterized as the measurement of the average energy of motion of molecules within a substance. An increase in molecular speed indicates a rise in kinetic energy and subsequently, the temperature correspondingly increases.

As the solvent molecules gain speed, their interactions with solute particles increase, facilitating a quicker dissolution at elevated temperatures; this is in contrast to a scenario at decreased temperatures with slower molecular activity.

Consequently, the elevated temperature of the molecules in Glass B will contribute to a more rapid dissolution of the antacid compared to Glass A.