From a height of 3,000 feet, a falcon descends at a rate of 250 ft./sec. What is the rate of change in the falcon’s elevation, and what is the initial value? (1 point)ResponsesThe rate of change is 3,000 ft./sec., and the initial value is −250 ft.The rate of change is 3,000 ft./sec., and the initial value is negative 250 ft.The rate of change is −250 ft./sec., and the initial value is 3,000 ft.The rate of change is negative 250 ft./sec., and the initial value is 3,000 ft.The rate of change is 3,000 ft./sec., and the initial value is 250 ft. The rate of change is 3,000 ft./sec., and the initial value is 250 ft. The rate of change is 250 ft./sec., and the initial value is 3,000 ft.

Question

From a height of 3,000 feet, a falcon descends at a rate of 250 ft./sec. What is the rate of change in the falcon’s elevation, and what is the initial value? (1 point)ResponsesThe rate of change is 3,000 ft./sec., and the initial value is −250 ft.The rate of change is 3,000 ft./sec., and the initial value is negative 250 ft.The rate of change is −250 ft./sec., and the initial value is 3,000 ft.The rate of change is negative 250 ft./sec., and the initial value is 3,000 ft.The rate of change is 3,000 ft./sec., and the initial value is 250 ft. The rate of change is 3,000 ft./sec., and the initial value is 250 ft. The rate of change is 250 ft./sec., and the initial value is 3,000 ft.

GPT-4o mini · Answer

The falcon is descending, which means its elevation is decreasing. Therefore, the rate of change in the falcon’s elevation is negative.

The rate of change is −250 ft./sec. (indicating a decrease in elevation).
The initial value is 3,000 ft. (the height from which the falcon starts descending).

The correct response is: The rate of change is −250 ft./sec., and the initial value is 3,000 ft.