Induced drag is ()
Classified in Chemistry
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Substance | Reasons For properties |
Carbon (diamond) |
The high melting point, extreme hardness and High density are due to its giant molecular structure. |
Propanone |
The relatively low melting point, boiling point, Hardness and density are due to its simple molecular structure. |
Iodine | The relatively low melting point, boiling point, Hardness and density are due to its simple molecular structure. The melting Point indicates that it is a solid at room temperature due to its high Molecular mass and increased induced dipole-induced dipole bonds. |
Iron |
Its high melting point, boiling point, density And hardness are due to its giant lattice structure. Its electrical Conductivity is due to the delocalised electrons. |
Water | The relatively low melting point, boiling point, Hardness and density are due to its simple molecular structure. The Relatively high boiling point compared with molecular mass is due to hydrogen Bonds. |
Polyethene | The low melting point, melting over a range, Suggests a polymer. This is consistent with a low hardness and density just Less than that of water. |
Sodium chloride | The high melting point and boiling point Suggests a giant lattice. Its structure contains ions which are able to move In the molten substance and therefore conduct electricity |
Silicon(IV) oxide | A high melting point and boiling point indicate
A giant lattice. The inability to conduct electricity suggests a giant
Covalent molecule. |
Benzene | Its relatively low melting point, boiling point,
Hardness and density are due to simple molecular structure |
Methane | The very low melting point and boiling point
Indicate a simple molecular structure and a substance that is a gas at room
Temperature due to its limited instantaneous dipole ‑ induced dipole bon |