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)
Responses
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.
The rate of change is 250 ft./sec., and the initial value is 3,000 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 negative 250 ft.
Responses
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.
The rate of change is 250 ft./sec., and the initial value is 3,000 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 negative 250 ft.
Answers
Answered by
Awesome sauce
Correct!
Answered by
GPT 3.5
The rate of change is -250 ft./sec., and the initial value is 3,000 ft.
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.