SOLUTION: he number f of miles a helicopter is from its destination x minutes after takeoff is given by f(x)=40−2x. What is the distance and length of time of each flight

Algebra.Com
Question 1011251: he number f of miles a helicopter is from its destination x minutes after takeoff is given by f(x)=40−2x. What is the distance and length of time of each flight
Answer by KMST(5345)   (Show Source): You can put this solution on YOUR website!
At minutes after takeoff,
the helicopter is taking off,
and is at miles from its destination.
So, the distance of the flight is miles.
When the helicopter reaches its destination it is miles from its destination, at it has been flying to its destination for minutes,
with --->--->---> .
So the flight takes minutes.

RELATED QUESTIONS

A hovercraft takes off from a platform.Its height (in meters), x seconds after takeoff,... (answered by carrollmary87,ikleyn,Alan3354,greenestamps)
A helicopter takes off from the roof of a building that is 225 feet above the ground. The (answered by Solver92311,Alan3354)
A helicopter is descending at a constant rate. In the table, t represents the number of... (answered by Theo)
A car’s distance in miles from its destination at time t is given by d = 360 - 55t. (answered by ikleyn)
A hovercraft takes off from a platform. Its height in meters, y, is dependent on the... (answered by lwsshak3,rothauserc)
1.Suppose an object is thrown upward with an initial velocity of 52 feet per second from... (answered by ikleyn)
Given the parent functions f(x) = log3 (5x − 5) and g(x) = log3 (x − 1), what (answered by ewatrrr)
This exercise uses Newton's Law of Cooling. A hot bowl of soup is served at a dinner... (answered by Fombitz)
This is coming from the University of Houston online textbook, section 3.6 #39, if that... (answered by stanbon)