Scientists crack Earth’s innermost core mystery, iron behaves like a liquid due to extreme conditions
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Anupam , Shimla:
Jun 21 2007
Made Popular Jun 21 2007
For more than 50 long years scientists have remained perplexed as to why iron down in the innermost core of Earth behaves the way it does. Now a research has shown that iron, which is the main constituent of the core of Earth, can become unusually...
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Aftab
Jun 21 2007
Hyderabad,
India
It is bout natural that at such an extreme temperature , Iron behaves as a liquid .
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Most of the people must be taking it as a very simple concept coz obviously the core of earth has a very high that measure approx. 5000-6000 °C. but logically, it’s not extremely high temperature that decides the state of iron (coz iron melts at 1535 ºC) but the high pressure that ranges from 330-360 GPa that renders it hard even in such a high temp. so the new finding really makes me think that how iron manages to remain liquid under such extreme conditions?
Local Opinions (2)
0 Stars
It is bout natural that at such an extreme temperature , Iron behaves as a liquid .
0 Stars
Most of the people must be taking it as a very simple concept coz obviously the core of earth has a very high that measure approx. 5000-6000 °C. but logically, it’s not extremely high temperature that decides the state of iron (coz iron melts at 1535 ºC) but the high pressure that ranges from 330-360 GPa that renders it hard even in such a high temp. so the new finding really makes me think that how iron manages to remain liquid under such extreme conditions?
Global Opinions (2)
0 Stars
It is bout natural that at such an extreme temperature , Iron behaves as a liquid .
0 Stars
Most of the people must be taking it as a very simple concept coz obviously the core of earth has a very high that measure approx. 5000-6000 °C. but logically, it’s not extremely high temperature that decides the state of iron (coz iron melts at 1535 ºC) but the high pressure that ranges from 330-360 GPa that renders it hard even in such a high temp. so the new finding really makes me think that how iron manages to remain liquid under such extreme conditions?
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