Assertion: meteoroid | /r/CapableOf | survive the trip
Facets:
value: through earth's atmosphere
type: TRANSITIVE-OBJECT
value: through the atmosphere
type: OTHER
value: upon the earth’s surface
type: LOCATION
value: through lands
type: OTHER
value: more or less intact
type: OTHER
value: to the ground
type: TRANSITIVE-OBJECT
Source sentences:
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: A meteorite is a portion of a meteoroid or asteroid that survives its passage through the atmosphere and hits the ground without being destroyed.
text: (1958 International Astronomical Union (IAU) definition, quoted by Millman 1961); ``a solid body which has arrived on the Earth from outer space'' (Mason 1962); ``[a] solid bod[y] which reach[es] the Earth (or the Moon, Mars, etc.) from interplanetary space and [is] large enough to survive passage through the Earth's (or Mars', etc.) atmosphere'' (Gomes and Keil 1980); ``[a meteoroid] that survive[s] passage through the atmosphere and fall[s] to earth'' (Burke 1986); ``a recovered fragment of a meteoroid that has survived transit through the earth's atmosphere'' (McSween 1987); ``[a] solid bod[y] of extraterrestrial material that penetrate[s]
text: See also: Meteor, Solar longitude, Trajectory Meteorite A natural object of extraterrestrial origin (meteoroid) that survives passage through the atmosphere and hits the ground.
text: When a meteoroid survives a trip through the atmosphere and hits the ground, it’s called a meteorite.
text: When a meteoroid survives its trip through the atmosphere and hits the ground, it’s called a meteorite.
text: A meteor doesn't technically become a meteorite unless it survives the journey to the ground.
text: The portion of a meteor that survives the passage through the atmosphere and reaches the ground is called a meteorite.
text: But substantially larger meteoroids, if made of tough enough material, can survive their passage through the upper atmosphere more or less intact.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: On Earth, it'll look like a streak of light in the sky, because the rock is burning up Meteorite: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: If a meteoroid doesn't vapourise completely and survives the trip through Earth's atmosphere, it can land on the Earth.
text: A meteorite is a portion of a meteoroid or asteroid that survives its passage through the atmosphere and hits the ground without being destroyed.
text: A meteorite is a portion of a meteoroid or asteroid that survives its passage through the atmosphere and hits the ground without being destroyed.
text: A meteoroid that survives its passage through the Earth’s atmosphere and lands upon the Earth’s surface is called a meteorite.
text: A meteorite is a portion of a meteoroid or asteroid that survives its passage through the atmosphere and hits the ground without being destroyed.
text: A meteoroid that survives its passage through the Earth’s atmosphere and lands upon the Earth’s surface is called a meteorite.
text: A rocky or metallic body from an asteroid or a meteoroid that survives its passage through the Earth's atmosphere and lands upon the Earth's surface.
text: A meteorite is a portion of a meteoroid or asteroid that survives its passage through the atmosphere and hits the ground without being destroyed.
text: (1958 International Astronomical Union (IAU) definition, quoted by Millman 1961); ``a solid body which has arrived on the Earth from outer space'' (Mason 1962); ``[a] solid bod[y] which reach[es] the Earth (or the Moon, Mars, etc.) from interplanetary space and [is] large enough to survive passage through the Earth's (or Mars', etc.) atmosphere'' (Gomes and Keil 1980); ``[a meteoroid] that survive[s] passage through the atmosphere and fall[s] to earth'' (Burke 1986); ``a recovered fragment of a meteoroid that has survived transit through the earth's atmosphere'' (McSween 1987); ``[a] solid bod[y] of extraterrestrial material that penetrate[s]
text: ; either traveling through space as an unattached unit, or having landed on the earth and still retaining its identity” (Nininger 1933); “(a meteoroid) which has reached the surface of the Earth without being vaporized” (1958 International Astronomical Union (IAU) definition, quoted by Millman 1961); “a solid body which has arrived on the Earth from outer space” (Mason 1962); “(a) solid bod(y) which reach(es) the Earth (or the Moon, Mars, etc.) from interplanetary space and (is) large enough to survive passage through the Earth’s (or Mars’, etc.) atmosphere” (Gomes and Keil 1980); “(a meteoroid) that survive(s) passage through the atmosphere and fall(s) to earth” (Burke 1986); “a recovered fragment of a meteoroid that has survived transit through the earth’s atmosphere” (McSween 1987); “(a) solid bod(y) of extraterrestrial material that penetrate(s) the atmosphere and reach(es) the Earth’s surface” (Krot et al. 2003).