Airport (disambiguation)

An airport is a location where aircraft take off and land.

Airport may also refer to:

Books

Film and TV

Music

Rail stations

Port Columbus International Airport

Coordinates: 39°59′53″N 082°53′31″W / 39.99806°N 82.89194°W / 39.99806; -82.89194

Port Columbus International Airport (IATA: CMH, ICAO: KCMH, FAA LID: CMH), commonly shortened to Port Columbus, is a Class C international airport located 6 miles (9.7 km) east of downtown Columbus, Ohio, USA. It is managed by the Columbus Regional Airport Authority, which also oversees operations at Rickenbacker International Airport and Bolton Field. The airport code 'CMH' stands for "Columbus Municipal Hangar," an old name for the airport.

Port Columbus is primarily a passenger airport. It provides 140 non-stop flights to 34 airports via 6 airlines daily. Traffic reached 6,355,974 passengers in 2014, a 2.1% increase over the previous year.

According to a 2005 market survey, Port Columbus attracts about 50% of its passengers from outside of its 60-mile (97 km) radius primary service region. In addition, the airport also handles freight and US mail, with 10,411,920 units of freight and 8,537,279 units of mail passing through in 2006.

Airport (2009 film)

Airport is a 2009 Bollywood film directed by Anubhav Sinha and produced by Anubhav Sinha and Anupam Sinha. It starred Sunny Deol, Bobby Deol, Sunil Shetty and Arjun Rampal.

Cast

References

External links

Law (stochastic processes)

In mathematics, the law of a stochastic process is the measure that the process induces on the collection of functions from the index set into the state space. The law encodes a lot of information about the process; in the case of a random walk, for example, the law is the probability distribution of the possible trajectories of the walk.

Definition

Let (Ω, F, P) be a probability space, T some index set, and (S, Σ) a measurable space. Let X : T × Ω → S be a stochastic process (so the map

is a (F, Σ)-measurable function for each t ∈ T). Let S^T denote the collection of all functions from T into S. The process X (by way of currying) induces a function Φ_X : Ω → S^T, where

The law of the process X is then defined to be the pushforward measure

on S^T.

Example

Pareto principle

The Pareto principle (also known as the 80–20 rule, the law of the vital few, and the principle of factor sparsity) states that, for many events, roughly 80% of the effects come from 20% of the causes.Management consultant Joseph M. Juran suggested the principle and named it after Italian economist Vilfredo Pareto, who, while at the University of Lausanne in 1896, published his first paper "Cours d'économie politique." Essentially, Pareto showed that approximately 80% of the land in Italy was owned by 20% of the population; Pareto developed the principle by observing that 20% of the peapods in his garden contained 80% of the peas.

It is a common rule of thumb in business; e.g., "80% of your sales come from 20% of your clients." Mathematically, the 80–20 rule is roughly followed by a power law distribution (also known as a Pareto distribution) for a particular set of parameters, and many natural phenomena have been shown empirically to exhibit such a distribution.

The Pareto principle is only tangentially related to Pareto efficiency. Pareto developed both concepts in the context of the distribution of income and wealth among the population.

LAW 80

The LAW 80 (Light Anti-armour Weapon 80), sometimes erroneously referred to as LAW 94, is a man-portable, disposable anti-tank weapon currently in use by the British Army and a few other militaries.

Description

The weapon consists of an extendable launch tube with an integrated 9mm spotting rifle and 1× sight. The spotting rifle has five rounds of ammunition, and is ballistically matched to the rocket. The rounds it uses are quite unusual, consisting of a 9 mm tracer bullet loaded in a necked up 7.62mm NATO shell casing, with a .22 Hornet blank mounted in the base of the larger case, providing the propellant charge. Upon firing, the .22 cartridge case pushes out of the back of the 7.62 mm casing, unlocking the breech of the spotting rifle in a form of primer actuation. The spotting rifle on the USMC Mk.153 Mod.0 SMAW was derived from the LAW 80.

To launch the rocket the firer removes the large protective end caps and extends the rear of the launch tube, opens the sight, and moves the arming lever to "armed". The weapon is then in spotting rifle mode. To fire the rocket, the firer moves a charge lever forward with his firing hand thumb. The rocket motor burns out before it leaves the launch tube, the resulting blast being directed rearwards from the launch tube. The rocket then coasts to the target, arming itself after it has passed a certain arming distance. The warhead is a HEAT shaped charge and could penetrate 700mm of Rolled Homogeneous Armour at 90 degrees, as was taught to soldiers trained on the weapon system in the British Army, Royal Navy (Royal Marines) and RAF Regiment. It was also taught that sloped, composite and ERA, would reduce the penetration and would be an important factor when selecting the aiming point.