using the average environmental lapse rate of the troposphere, if you began a hike at an elevation of 5000 feet with an air temperature of 62 degrees f and descended down to 2000 feet of elevation, what would the expected temperature be at the ending elevation? (approximate to the closest whole degree)

Based on the information provided, the expected temperature at the ending elevation of 2000 feet can be calculated using the average environmental lapse rate of the troposphere. The average environmental lapse rate is approximately 3.6°F per 1000 feet of elevation. First, we need to determine the difference in elevation between the starting and ending points. The starting elevation is 5000 feet, and the ending elevation is 2000 feet. The difference in elevation is 5000 - 2000 = 3000 feet.

Next, we can calculate the temperature change using the lapse rate of 3.6°F per 1000 feet. For every 1000 feet decrease in elevation, the temperature decreases by 3.6°F. Since the difference in elevation is 3000 feet, we can multiply the lapse rate by 3 to find the temperature change: 3.6°F x 3 = 10.8°F.

To find the expected temperature at the ending elevation, we subtract the temperature change from the starting temperature. The starting temperature is 62°F, so the expected temperature at the ending elevation would be 62°F - 10.8°F = 51.2°F.

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