The altitude of an airplane is decreasing at a rate of 43 ft./s. What is the change and altitude of the airplane over a period of 35
The change in altitude over a period of 35 seconds can be found by multiplying the rate of decrease (43 ft./s) by the time interval (35 seconds).
Change in altitude = rate of decrease * time interval
Change in altitude = 43 ft./s * 35 s
Change in altitude = 1505 ft.
Therefore, the change in altitude of the airplane over a period of 35 seconds is 1505 feet.
To find the change in altitude over a period of time, we can use the formula: Change in altitude = rate of change × time.
Given:
Rate of change = 43 ft./s
Time = 35 seconds
Now, let's calculate the change in altitude:
Change in altitude = 43 ft./s × 35 s
= 1505 ft
Therefore, the change in altitude of the airplane over a period of 35 seconds is 1505 feet.
To find the change in altitude of the airplane over a period of time, we can use the formula:
Change in altitude = Rate of change * Time
Given that the rate of change of altitude is 43 ft./s, and the time period is 35 seconds, we can substitute these values into the formula to find the change in altitude:
Change in altitude = 43 ft./s * 35 s
= 1505 ft.
Therefore, the change in altitude of the airplane over a period of 35 seconds is 1505 feet.