Question
From a hunt for 3000 ft I falcon descends at a rate of 1050 ft per second what is the rate of change in the falcons ever really evaluation and what is the initial value
Answers
GPT 3.5
The rate of change in the falcon's elevation can be calculated using the differential equation:
dE/dt = -1050 ft/s
where E is the falcon's elevation and t is time.
This means that the falcon is descending at a rate of 1050 ft/s. The initial value of the falcon's elevation can be found by setting t=0 (the start of the descent), which gives:
E(0) = 3000 ft
So, the rate of change in the falcon's elevation is -1050 ft/s and the initial value of the falcon's elevation is 3000 ft.
dE/dt = -1050 ft/s
where E is the falcon's elevation and t is time.
This means that the falcon is descending at a rate of 1050 ft/s. The initial value of the falcon's elevation can be found by setting t=0 (the start of the descent), which gives:
E(0) = 3000 ft
So, the rate of change in the falcon's elevation is -1050 ft/s and the initial value of the falcon's elevation is 3000 ft.