Full Form of LEV
| Full Form: | The Levant |
|---|---|
| Category: | Regional |
| Sub Category: | Regional Terms |
What is LEV Full Form?
LEV full form The Levant.
What is The Levant?
The Levant (/ləˈvænt/) is an approximate historical geographical term referring to a large area in the Eastern Mediterranean region of Western Asia. In its narrowest sense, which is in use today in archaeology and other cultural contexts, it is equivalent to a stretch of land bordering the Mediterranean in southwestern Asia,[4][5] i.e. the historical region of Syria ("greater Syria"), which includes present-day Syria, Lebanon, Jordan, Israel, Palestine and most of Turkey southwest of the middle Euphrates. Its overwhelming characteristic is that it represents the land bridge between Africa and Eurasia.[5] In its widest historical sense, the Levant included all of the Eastern Mediterranean with its islands;[6] that is, it included all of the countries along the Eastern Mediterranean shores, extending from Greece to Cyrenaica in eastern Libya.[3][2]
Similar Forms From Other Categories
Full Form of BLEVE
| Full Form: | Boiling Liquid Expanding Vapor Explosion |
|---|---|
| Category: | Academic & Science |
| Sub Category: | Regional Terms |
What is BLEVE Full Form?
BLEVE full form is Boiling Liquid Expanding Vapor Explosion.
What is Boiling Liquid Expanding Vapor Explosion?
A boiling liquid expanding vapor explosion is an explosion caused by the rupture of a vessel containing a pressurized liquid that has reached temperature above its boiling point.
Full Form of BLEVE
| Full Form: | Bleveboiling Liquid Expending Vapor Explosion |
|---|---|
| Category: | Academic & Science |
| Sub Category: | Regional Terms |
What is BLEVE Full Form?
BLEVE full form is Bleveboiling Liquid Expending Vapor Explosion.
What is Bleveboiling Liquid Expending Vapor Explosion?
The failure of a closed container as a result of overpressurization caused by an external heat source. A major failure of a closed liquid container into two or more pieces when the temperature of the liquid is well above its boiling point at normal atmospheric pressure.