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Air temperature decreases 6 degrees Celsius for every 1000m increase in elevation. The air temperature at the top of the mountain is -12 degrees Celsius.

a) 1000m
b) 1500m
c) 2000m
d) 2500m

User Falvojr
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1 Answer

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Final answer:

The air temperature at the top of the mountain is -12 degrees Celsius. Calculate the elevation based on the given information.

Step-by-step explanation:

The subject of this question is Physics. The question involves understanding the relationship between air temperature and elevation. Based on the given information that the air temperature decreases 6 degrees Celsius for every 1000m increase in elevation, we can calculate the elevation based on the temperature.

Given that the air temperature at the top of the mountain is -12 degrees Celsius, we can calculate the elevation using the formula:

Elevation (in meters) = (Temperature - Initial Temperature) / Temperature Change per 1000m

Elevation = (-12 - Initial Temperature) / -6

Simplifying the equation, we have:

Initial Temperature = -12 - (-6) * Elevation / 1000

Substituting the value of -12 degrees Celsius for the temperature and solving for the elevation, we get:

Elevation = (-12 - (-6)) * 1000 / 6

Therefore, the correct answer is 2000m.

User Joey Schluchter
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