pilot is flying an airplane to the strong winds deposit decides to fly 4000 feet lower to avoid excessive purple. It takes the pilot 3.5 minutes to make this adjustment. Interpret the quartine to describe the rate of change in the pirates playing attitude. Give your answer to the nearest hundredth and remember the plane is descending.
The rate of change in the pilot's plane attitude can be described as the change in altitude divided by the change in time.
In this case, the pilot decides to fly 4000 feet lower to avoid excessive turbulence. Therefore, the change in altitude is -4000 feet (a negative value since the plane is descending).
The adjustment takes 3.5 minutes.
So, the rate of change in the pilot's plane attitude is approximately -1142.86 feet per minute (rounded to the nearest hundredth).
To describe the rate of change in the pilot's plane attitude, we need to calculate the change in altitude per minute.
The pilot descends 4000 feet over a period of 3.5 minutes.
To find the rate of change per minute, we can divide the change in altitude (4000 feet) by the time taken (3.5 minutes):
Rate of change = 4000 feet / 3.5 minutes
Dividing these values gives us:
Rate of change = 1142.86 feet per minute
Therefore, we can interpret the rate of change in the pilot's plane attitude as approximately 1142.86 feet per minute when descending to avoid excessive turbulence.