What height corresponds to a pressure drop from 760 mmHg to 523 mmHg?

To determine the height at which pressure drops from 760 mmHg to 523 mmHg, one must understand the relationship between altitude and atmospheric pressure. Atmospheric pressure decreases with an increase in elevation, and this behavior can typically be quantified using the barometric formula or standard atmospheric models.

At sea level, standard atmospheric pressure is defined to be 760 mmHg, which gradually decreases as altitude increases due to the thinning of the atmosphere. A drop to 523 mmHg represents a significant drop in pressure, indicating a notable increase in altitude.

The specific pressure of 523 mmHg corresponds to an elevation of around 10,000 feet above sea level. This places the drop within the range of the first 10,000 feet of altitude. Title points like 5,000 feet do not match the corresponding pressure drop accurately for the given data, as this elevation would still likely present a pressure closer to 600-700 mmHg, well above 523 mmHg.

Thus, the answer that identifies this drop occurring within the first 10,000 feet captures the appropriate relationship between altitude and atmospheric pressure changes.