You have four water samples at different temperatures. In which sample are the molecules vibrating at the fastest speed? A. water at 37°C
B. water at 99°C
C. water at 99°F
D. water at 299K

The kinetic theory of matter states the movement of the particles in matter. The water sample at 99°C will vibrate at the fastest speed. Thus, option B is correct.

What is the kinetic theory of matter?

The kinetic theory of matter states the properties of the particles including the effect of factors like temperature, volume, and pressure on the various phases of matter.

The temperature of the water sample at 99°C is the highest and hottest that increasing the kinetic energy exhibited by the particles. This event in turn increases the collision and the speed of the particles and molecules.

The temperature has a direct relation to kinetic energy, collision, and speed. As the temperature increases, the random movement causes an increase in the kinetics.

Therefore, option B. water sample at 99°C has the molecules with the fastest speed.

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You have four water samples at different temperatures. In which sample are the molecules vibrating at the fastest speed? A. water at 37°C B. water at 99°C C. water at 99°F D. water at 299K

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What is the kinetic theory of matter?

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You have four water samples at different temperatures. In which sample are the molecules vibrating at the fastest speed? A. water at 37°C
B. water at 99°C
C. water at 99°F
D. water at 299K