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Course: WOFACT 94, Fall 2009
School: MO St. Louis
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to Access THE WORLD FACTBOOK 1994 provided courtesy of the libraries of the University of Missouri-St. Louis. ====================================================== National Trade Data Bank ITEM ID : CI WOFACT WO0209 DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCY PROGRAM : WORLD FACTBOOK TITLE : World Factbook: Saudi Arabia Source key : CI Program key : CI WOFACT...

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to Access THE WORLD FACTBOOK 1994 provided courtesy of the libraries of the University of Missouri-St. Louis. ====================================================== National Trade Data Bank ITEM ID : CI WOFACT WO0209 DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCY PROGRAM : WORLD FACTBOOK TITLE : World Factbook: Saudi Arabia Source key : CI Program key : CI WOFACT Update sched. : Annually Data type : TEXT End year : 1994 Date of record : 19941020 Keywords 3 : Keywords 3 : | Saudi Arabia Saudi Arabia Geography Location: Middle East, between the Red Sea and the Persian Gulf Map references: Africa, Middle East, Standard Time Zones of the World Area: total area: 1,960,582 sq km land area: 1,960,582 sq km comparative area: slightly less than one-fourth the size of the US Land boundaries: total 4,415 km, Iraq 814 km, Jordan 728 km, Kuwait 222 km, Oman 676 km, Qatar 60 km, UAE 457 km, Yemen 1,458 km Coastline: 2,640 km Maritime claims: contiguous zone: 18 nm continental shelf: not specified territorial sea: 12 nm International disputes: large section of boundary with Yemen not defined; status of boundary with UAE not final; Kuwaiti ownership of Qaruh and Umm al Maradim islands is disputed by Saudi Arabia Climate: harsh, dry desert with great extremes of temperature Terrain: mostly uninhabited, sandy desert Natural resources: petroleum, natural gas, iron ore, gold, copper Land use: arable land: 1% permanent crops: 0% meadows and pastures: 39% forest and woodland: 1% other: 59% Irrigated land: 4,350 sq km (1989 est.) Environment: current issues: desertification; depletion of underground water resources; the lack of perennial rivers or permanent water bodies has prompted the development of extensive seawater desalination facilities; coastal pollution from oil spills natural hazards: frequent sand and dust storms international agreements: party to - Hazardous Wastes, Ozone Layer Protection; signed, but not ratified - Law of the Sea Note: extensive coastlines on Persian Gulf and Red Sea provide great leverage on shipping (especially crude oil) through Persian Gulf and Suez Canal People Population: 18,196,783 (July 1994 est.) note: the population figure is consistent with a 3.24% growth rate; a 1992 census gives the number of Saudi citizens as 12,304,835 and the number of residents who are not citizens as 4,624,459 Population growth rate: 3.24% (1994 est.) Birth rate: 38.25 births/1,000 population (1994 est.) Death rate: 5.83 deaths/1,000 population (1994 est.) Net migration rate: 0 migrant(s)/1,000 population (1994 est.) Infant mortality rate: 52.1 deaths/1,000 live births (1994 est.) Life expectancy at birth: total population: 67.91 years male: 66.25 years female: 69.65 years (1994 est.) Total fertility rate: 6.67 children born/woman (1994 est.) Nationality: noun: Saudi(s) adjective: Saudi or Saudi Arabian Ethnic divisions: Arab 90%, Afro-Asian 10% Religions: Muslim 100% Languages: Arabic Literacy: age 15 and over can read and write (1990 est.) total population: 62% male: 73% female: 48% Labor force: 5 million-6 million by occupation: government 34%, industry and oil 28%, services 22%, agriculture 16% Government Names: conventional long form: Kingdom of Saudi Arabia conventional short form: local long form: Al Mamlakah al Arabiyah as Suudiyah local short form: Al Arabiyah as Suudiyah Digraph: SA Type: monarchy Capital: Riyadh Administrative divisions: 14 emirates (imarat, singular - imarah); Al Bahah, Al Hudud ash Shamaliyah, Al Jawf, Al Madinah, Al Qasim, Al Qurayyat, Ar Riyad, Ash Sharqiyah, Asir, Hail, Jizan, Makkah, Najran, Tabuk Independence: 23 September 1932 (unification) National holiday: Unification of the Kingdom, 23 September (1932) Constitution: none; governed according to Shari'a (Islamic law) Legal system: based on Islamic law, several secular codes have been introduced; commercial disputes handled by special committees; has not accepted compulsory ICJ jurisdiction Suffrage: none Executive branch: chief of state and head of government: King and Prime Minister FAHD bin Abd al-Aziz Al Saud (since 13 June 1982); Crown Prince and First Deputy Prime Minister ABDALLAH bin Abd al-Aziz Al Saud (half-brother to the King, appointed heir to the throne 13 June 1982) cabinet: Council of Ministers; mostly made up of the royal family appointed by the king Legislative branch: a consultative council comprised of 60 members and a chairman who are appointed by the King for a term of four years Judicial branch: Supreme Council of Justice Political parties and leaders: none allowed Member of: ABEDA, AfDB, AFESD, AL, AMF, CCC, ESCWA, FAO, G-19, G-77, GCC, IAEA, IBRD, ICAO, ICC, IDA, IDB, IFAD, IFC, ILO, IMF, IMO, INMARSAT, INTELSAT, INTERPOL, IOC, ISO, ITU, LORCS, NAM, OAPEC, OAS (observer), OIC, OPEC, UN, UNCTAD, UNESCO, UNIDO, UNOSOM, UPU, WFTU, WHO, WIPO, WMO Diplomatic representation in US: chief of mission: Ambassador BANDAR bin Sultan Abd al-Aziz Al Saud chancery: 601 New Hampshire Avenue NW, Washington, DC 20037 telephone: (202) 342-3800 consulate(s) general: Houston, Los Angeles, and New York US diplomatic of representation: chief mission: (vacant); Charge d'Affaires C. David Welch embassy: Collector Road M, Diplomatic Quarter, Riyadh mailing address: American Embassy, Unit 61307, Riyadh; International Mail: P. O. Box 94309, Riyadh 11693; or APO AE 09803-1307 telephone: [966] (1) 488-3800 FAX: [966] (1) 482-4364 consulate(s) general: Dhahran, Jiddah (Jeddah) Flag: green with large white Arabic script (that may be translated as There is no God but God; Muhammad is the Messenger of God) above a white horizontal saber (the tip points to the hoist side); green is the traditional color of Islam Economy Overview: The petroleum sector accounts for roughly 75% of budget revenues, 35% of GDP, and almost all export earnings. Saudi Arabia has the largest reserves of petroleum in the world, ranks as the largest exporter of petroleum, and plays a leading role in OPEC. For the 1990s the government intends to bring its budget, which has been in deficit since 1983, back into balance, and to encourage private economic activity. Roughly four million foreign workers play an important role in the Saudi economy, for example, in the oil and banking sectors. For about a decade, Saudi Arabia's domestic and international outlays have outstripped its income, and the government has cut its foreign assistance and is beginning to rein in domestic programs. National product: GDP - purchasing power equivalent - $194 billion (1993 est.) National product real growth rate: 1% (1993 est.) National product per capita: $11,000 (1993 est.) Inflation rate (consumer prices): 1% (1993 est.) Unemployment rate: 6.5% (1992 est.) Budget: revenues: $39 billion expenditures: $50 billion, including capital expenditures of $7.5 billion (1993 est.) Exports: $42.3 billion (f.o.b., 1993 est.) commodities: petroleum and petroleum products 92% partners: US 21%, Japan 18%, Singapore 6%, France 6%, Korea 5% Imports: $26 billion (f.o.b., 1993 est.) commodities: machinery and equipment, chemicals, foodstuffs, motor vehicles, textiles partners: US 18%, UK 12%, Japan 10%, Germany 5%, France 5% External debt: $18.9 billion (December 1989 est., includes short-term trade credits) Industrial production: growth rate 20% (1991 est.); accounts for 46% of GDP, including petroleum Electricity: capacity: 28,554,000 kW production: 63 billion kWh consumption per capita: 3,690 kWh (1992) Industries: crude oil production, petroleum refining, basic petrochemicals, cement, two small steel-rolling mills, construction, fertilizer, plastics Agriculture: accounts for about 10% of GDP, 16% of labor force; subsidized by government; products - wheat, barley, tomatoes, melons, dates, citrus fruit, mutton, chickens, eggs, milk; approaching self-sufficiency in food Illicit drugs: death penalty for traffickers; increasing consumption of heroin and cocaine Economic aid: donor: pledged bilateral aid (1979-89), $64.7 billion; pledged $100 million in 1993 to fund reconstruction of Lebanon Currency: 1 Saudi riyal (SR) = 100 halalah Exchange rates: Saudi riyals (SR) per US$1 - 3.7450 (fixed rate since late 1986), 3.7033 (1986) Fiscal year: calendar year ...

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MO St. Louis - WOFACT - 93
Access to THE WORLD FACTBOOK 1993 provided courtesy of The Libraries of the University of Missouri-St. Louis Match 116 DB Rec# - 55,863 Dataset-WOFACT Source :CENTRAL INTELLIGENCE AGENCY Source key :CI Program :WORLD FACTBO
MO St. Louis - WOFACT - 94
Access to THE WORLD FACTBOOK 1994 provided courtesy ofthe libraries of the University of Missouri-St. Louis.=National Trade Data BankITEM ID : CI WOFACT WO0145DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCYPROGRAM
MO St. Louis - WOFACT - 94
Access to THE WORLD FACTBOOK 1994 provided courtesy ofthe libraries of the University of Missouri-St. Louis.=National Trade Data BankITEM ID : CI WOFACT WO0082DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCYPROGRAM
MO St. Louis - WOFACT - 94
Access to THE WORLD FACTBOOK 1994 provided courtesy ofthe libraries of the University of Missouri-St. Louis.=National Trade Data BankITEM ID : CI WOFACT WO0228DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCYPROGRAM
MO St. Louis - WOFACT - 94
Access to THE WORLD FACTBOOK 1994 provided courtesy ofthe libraries of the University of Missouri-St. Louis.=National Trade Data BankITEM ID : CI WOFACT WO0042DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCYPROGRAM
MO St. Louis - WOFACT - 94
Access to THE WORLD FACTBOOK 1994 provided courtesy ofthe libraries of the University of Missouri-St. Louis.=National Trade Data BankITEM ID : CI WOFACT WO0072DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCYPROGRAM
MO St. Louis - PART - 302
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MO St. Louis - WOFACT - 94
Access to THE WORLD FACTBOOK 1994 provided courtesy ofthe libraries of the University of Missouri-St. Louis.=National Trade Data BankITEM ID : CI WOFACT WO0050DATE : Oct 28, 1994 AGENCY : CENTRAL INTELLIGENCE AGENCYPROGRAM
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MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
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MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
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MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
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MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - P - 221
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
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MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 3
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 2
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 4
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 9
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 2
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 2
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 2
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 5
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 7
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - HW - 5
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==
Oakland University - M - 13150
MulticollinearityWhat multicollinearity is. Let H = the set of all the X (independent) variables. Let Gk = the set of all the X variables except Xk. The formula for standard errors is then2 s 1 RYH *y 2 (1 RX k Gk ) * ( N K 1) s X ksbk ==