which of the following correctly explains why car tires may appear more deflated in winter than in summer? A) Atmospheric pressure outside is higher as colder air moves in during winter. B) As temperature decreases, the gas particles inside the tire move slower, collide less frequently with the walls of your tire's inner tube, and exhibit a lower pressure. C) As temperature decreases, the gas particles inside the tire move faster, collide more frequently with the walls of your tire's inner tube, and exhibit a lower pressure. D) The humidity in the air inside the tires decreases as temperatures approach freezing; below freezing, the volume occupied by the water vapor is lost when ice microcrystals form

Respuesta :

The air compresses as it cools. Additionally, fewer molecules travel around in colder air. Less pressure will be applied to the tire walls by the air molecules. As a result, your tires appear to be flat.

Why do tires on cars lose air in the winter?

Many drivers will notice a low-pressure warning light on their dashboard as winter approaches, or they may just notice that their tires don't appear to be quite as full as they should. The temperature decline is primarily to blame for this since colder air is denser and requires less tire pressure.

Why do vehicle tires lose pressure?

In the winter, your tires lose air for the same physiological reason that medical professionals advise you to apply ice to an injury: cold temperatures promote contraction. Let's examine a closer examination of the science Warmer molecules travel more quickly. These swiftly moving molecules take up more room and disperse farther apart.

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