as high as your nans dumpling stew :L
twinkle twinkle little star how i wonder what you are....=)
The boiling point is at 1665 degrees Fahrenheit or 907 degrees Celsius.
Zinc sulfate is an ionic compound (Zn2+ and SO42-) while naphtalene is not (it is a hydrocarbonic compound)
A high boiling and melting point. It is bonded together by strong metallic bonds which requires a lot of energy in order to break it down.
Yes, transition elements typically have high melting and boiling points due to the strong metallic bonding resulting from the presence of d-electrons. However, zinc is an exception; it has a relatively lower melting and boiling point compared to other transition metals because its d-electrons are more involved in bonding rather than contributing to metallic strength. This results in weaker metallic bonding in zinc, leading to its lower thermal properties.
Melting point of zinc: 787,15 0F Boiling point of zinc: 1 655 0F
Zinc vapours (as a gas)
the melting point of zinc is approximately 692K. (or 419.5 degrees Celsius)The melting point of Zinc is 692.68 K
twinkle twinkle little star how i wonder what you are....=)
907 degrees centigrade
the boiling point of Zinc is 96.8 degrees Celsius
The boiling point is at 1665 degrees Fahrenheit or 907 degrees Celsius.
Properties of Zinc : Atomic number; 30 Atomic Mass; 65.37g.mol Melting Point; 420 C Boiling Point 907 C
To increase MP and BP point of Zinc u should add some impurities in it. The addition of impurities always decreases the melting point .
Zinc is a solid at 25 degrees Celsius. It has a melting point of 419.5 degrees Celsius and a boiling point of 907 degrees Celsius.
Zinc is melted at 419,53 0C (or 787.15 °F or 692.68 K). The boiling point is 907 °C (too lazy to calculate too others).
Zinc sulfate is an ionic compound (Zn2+ and SO42-) while naphtalene is not (it is a hydrocarbonic compound)