Atmospheric pressure decreases by about 12% for every kilometer you climb. The pressure at sea level is about 1013 atmospheres.

How many atmospheres of pressure will you feel at 8.848 km?

To calculate the atmospheric pressure at 8.848 km, we need to find the percentage decrease in pressure per kilometer and then multiply it by the number of kilometers climbed.

Given that atmospheric pressure decreases by about 12% per kilometer, we can calculate the pressure at 8.848 km as follows:

Percentage decrease per kilometer = 12%
Number of kilometers climbed = 8.848 km

Pressure at sea level = 1013 atmospheres

Now let's calculate the pressure at 8.848 km:

Percentage decrease = 12% = 0.12
Pressure decrease at 8.848 km = 0.12 * 8.848 km = 1.06

Pressure at 8.848 km = Pressure at sea level - Pressure decrease at 8.848 km
Pressure at 8.848 km = 1013 atmospheres - 1.06 atmospheres
Pressure at 8.848 km = 1011.94 atmospheres

Therefore, you will feel approximately 1011.94 atmospheres of pressure at 8.848 km.

To calculate the pressure at a certain altitude, we need to use the given information that atmospheric pressure decreases by about 12% for every kilometer we climb. We also know that the pressure at sea level is about 1013 atmospheres.

Let's break down the problem step by step:

1. Calculate the percentage of pressure decrease for 8.848 km:
- Multiply the altitude in kilometers (8.848) by 12% (0.12): 8.848 km * 0.12 = 1.06176 km

2. Calculate the decrease in atmospheric pressure:
- Multiply the pressure decrease per kilometer (1.06176 km) by the initial pressure (1013 atmospheres): 1.06176 km * 1013 atmospheres = 1076.71 atmospheres

3. Calculate the final pressure at 8.848 km:
- Subtract the pressure decrease (1076.71 atmospheres) from the initial pressure (1013 atmospheres): 1013 atmospheres - 1076.71 atmospheres = -63.71 atmospheres

Therefore, at an altitude of 8.848 km, the pressure would be approximately -63.71 atmospheres.

p = 1013 * .88^x

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