Posted by **T-Man** on Tuesday, April 2, 2013 at 1:13am.

Flight Path. In this problem you will use a cosine function to model the flight path of a plane that begins its descent from 20000 ft when it is 45 miles from the airport. Find the fuction p(x)= ACos(wx)+B that that gives the altitude in ft when the plane is x miles from the runway. your function must satisfy P(0)=0, P'(0)=0 P(45)=20000 P'(45)=0. if the plane is maintaining a constant horizontal velocity of 250mph, what is the maximum acceleration experienced by the passengers?

- math -
**Anonymous**, Monday, July 7, 2014 at 11:49am
fg

## Answer This Question

## Related Questions

- math - Flight Path. In this problem you will use a cosine function to model the ...
- math - Flight Path. In this problem you will use a cosine function to model the ...
- calculus - Flight Path. In this problem you will use a cosine function to model...
- math - an airplane is flying at 350 km/h. after one hour, she notices that ...
- Calculus - A small aircraft starts its descent from an altitude of 1 mile, 4 ...
- algebra - a plane covered a horizontal distance of 15 miles while following a ...
- math - A plane is 11.9 miles off the ground as it makes its descent to land at ...
- need help1 what function to use? math - An airplane approaches a runway at a 3 ...
- Calculus - The radius of Earth at the equator is approximately 4000 miles. ...
- physics - A jet airplane is in level flight. The mass of the airplane is m = ...

More Related Questions