No. The best element for building life is carbon. As we know there is no life form that would be able to endure cosmic void and heat produced when a metorite is flying through atmosphere. There is a high probability that a life form (regerdless if carbon or some other element based) in the meteorite would burn without leaving traces on it.
Explain if an unknown substance found on a meteorite is determined to contain no
trace of carbon, can scientists conclude that there is life at the meteorite's origin
No. The only thing that would prove the existence of life at the meteorite's point of origin would be if the meteorite contained fossils.
Space rocks floating through the sky are called meteoroids. When they are passing through the Earth's atmosphere and are heated to incandescence, they are called "meteors". If they crash to Earth, they are called "meteorites". Not all meteors survive to become meteorites. Many meteors burn up completely in the Earth's atmosphere.
A meteoroid which reaches the ground is called a meteorite. A small number of meteorites have been found which scientists believe originated on the Moon or Mars. The composition of meteorites gives us valuable information about the universe. Meteorites typically fall into one of five categories.IronsThese meteorites are made of a crystalline iron-nickel alloy that resembles the outer core of the earth. Similar in structure to some asteroids (type M), 5.7% of meteorites are irons.Stony-IronsThese meteorites are mixtures of iron-nickel alloy and non-metallic mineral matter. Scientists believe they are like the material which would be found where the Earth's core meets the mantle. 1.5% of meteorite falls are stony irons.Stony MeteoritesThere are three subclasses of stony meteorites:Chondrites: These meteorites are the most numerous, comprising 85.7% of all meteorites found. They are characterized by chondrules: small (average diameter of 1 millimeter) spheres of formerly melted minerals that have melded with other minerals to form a solid rock. Chondrites are believed to be among the oldest rocks in the solar system and are similar in composition to the mantles and crusts of earth and the other terrestrial planets.Carbonaceous Chondrites: These meteorites are very rare and contain elemental carbon, the basic building block for life on earth.Achondrites: Stony meteorites without chondrules, representing about 7.1% of meteorites. Scientists believe that some of these meteorites originate on the surface of the Moon or Mars.From http://www.odec.ca/projects/2006/jauc6s2/kinds.htm
oxygen, hydrogen, water vapour, carbon dioxide, other gases, particles
The atmosphere on Mars consists of 95% carbon dioxide, 3% nitrogen, 1.6% argon, and contains traces of oxygen and water.[
The atmosphere is primarily composed of nitrogen and oxygen, but contains many other component gases including carbon dioxide and argon.
Radio-Carbon Dating of C-14 carbon dating.
Besides common minerals found in this kind of meteorites (calcium, aluminium, titanium), they found small traces of carbon (graphite and diamond) and some organic compunds, including some amino-acids not known on Earth.
Most meteorites are rocky and primitive.
G. P. Vdovykin has written: 'Carbonaceous matter in meteorites' -- subject(s): Meteorites, Carbon compounds
Space rocks floating through the sky are called meteoroids. When they are passing through the Earth's atmosphere and are heated to incandescence, they are called "meteors". If they crash to Earth, they are called "meteorites". Not all meteors survive to become meteorites. Many meteors burn up completely in the Earth's atmosphere.
it contains carbon and hydogen.inorganic compounds do not contain carbon.
it contains carbon and hydogen.inorganic compounds do not contain carbon.
No. Carbon dioxide contains carbon.
A compound that contains a carbon is called a base.
Carbon is the element at the base of all known life in the universe. The carbon cycle begins with carbon received on Earth from meteorites and continues with the normal death and decay of organic life.
The meteorite collision at the end of the Mesozoic era affected the atmosphere and biosphere by increasing the carbon dioxide levels and lowering oxygen levels.
The molecule contains carbon double bonds