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ethanol
ethanol
the melting point is about 1000 degrees XDXD
since acetyl ferrocene is attached to an acetyl group, the upper ring is asymmetrical. unlike ferrocene, whose rings are symmetrical (no attached groups) the melting point is higher due to symmetry. aka higher symmetry = higher melting point
Covalent compounds have a lower melting point.
No, carbon tetrachloride does not float on water because it is immiscible with, and heavier than water, and forms a lower layer.
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The lower the carbon chain, the lower the melting point. As the carbon chain gets longer (ie: larger hydrocarbons), the melting point gets higher.
The melting point of steel goes down to a lower temperature when the proportion of carbon is increased. The steel becomes harder and is not as easy to weld as lower-carbon steel.
ethanol
ethanol
It does, but its melting (and thus freezing) point is much lower than that of water so you can't actually freeze it in a regular freezer. To be precise, the melting point of ethanol is around -115 degrees Celsius or around -174 degrees Fahrenheit.
lower melting points
the melting point is about 1000 degrees XDXD
Covalent compounds have a lower melting point.
Both the carbon and the chlorine in carbon tetrachloride lose their unique elemental properties and assume new properties. So, neither are particularly harmful, however, the new compound, carbon tetrachloride, poses its own hazards, including health hazards.
since acetyl ferrocene is attached to an acetyl group, the upper ring is asymmetrical. unlike ferrocene, whose rings are symmetrical (no attached groups) the melting point is higher due to symmetry. aka higher symmetry = higher melting point