Gorham Airport
Gorham Airport (FAA LID: 2G8) is a private airport located in Gorham, New Hampshire, one mile (1.6 km) north-west of the central business district (CBD) of Gorham, in Coos County, New Hampshire, USA. Due to its proximity to Mt. Washington, the airport has been used to support glider flights exploring the wave system of the Presidential, Sandwich, Carter-Moriah, Pilot, Kinsman and Mahoosuc ranges in northern New Hampshire.
Gorham Airport | |||||||||||
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Summary | |||||||||||
Airport type | Private | ||||||||||
Operator | Gorham Water & Sewer Department | ||||||||||
Location | Gorham, New Hampshire | ||||||||||
Elevation AMSL | 835 ft / 255 m | ||||||||||
Coordinates | 44°23′35″N 71°11′48″W | ||||||||||
Website | Gorham Airport Website | ||||||||||
Runways | |||||||||||
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Airlines and destinations
There are no commercial flights available.
gollark: Although I don't know why you can't long-divide it, p and q are just constants for the purposes of that.
gollark: That lets you work out a/b/c/d, which you can substitute back into (x-1)(ax^3+bx^2+cx+d).
gollark: So:2 = a (x^4 terms)p = b - a (x^3 terms)-6 = c - b (x^2 terms)q = d - c (x terms)6 = -d (constant terms)
gollark: So you can do `2x^4+ px^3 - 6x^2 + qx + 6 = ax^4 + (b-a)x^3 + (c-b)x^2 + (d-c)x - d`, and you know the coefficients on x^4 and so on should be equal.
gollark: Which you can then simplify to ax^4 + (b-a)x^3 + (c-b)x^2 + (d-c)x - d.
See also
References
External links
- Resources for this airport:
- FAA airport information for 2G8
- AirNav airport information for 2G8
- FlightAware airport information and live flight tracker
- SkyVector aeronautical chart for 2G8
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