SCC General Chemistry Heat Stability of Ionic and Covalent Compounds Lab Report


I scarcity an exposition for this Chemistry inquiry to succor me con-over.

For the trial you procure contemplate a course of videos (entirety 15 minutes ) on the retention of some compounds- use these compounds for you postulates and lab communication; must embody unembodied, elucidation, disposal. (I procure unite a development of lab communication)

1.Chemistry Demo: Heating Lead (IV) Oxide (1:15)

2.Decomposition of Ammonium Carbonate(2:40)

3.Heating of ammonium chloride (45 seconds)

4.Calcium Chloride in Bunsen Flame (reaction singly) (21 seconds)

5.Decomposition of Sodium Chlorate and Burning of Produced Oxygen (5:58)

6.Ethanol burning (4:12)

7.https://www.sciencephoto.com/media/928136/view/thermal-sugar-decomposition (38 seconds)

This week you procure be seem at and doing (virtually) an trial that seems at the contrariety betwixt Ionic and Covalent chains as it pertains to warmth retention.

Ionic Bonds are chains which uses electrostatics to preserve their molecules concurrently. These chains do not portion-out their electrons in making these chains but uses the interesting forces (indisputable and negatives prompt). Some of the compounds embody : salt (sodium chloride), potassium nitride, and magnesium oxide. Please seem these compounds up via google and silence their flowing points. What were they? See a diverge? Where are these molecules ions from in the occasional table?

Covalent Bonds are chains formed by "sharing" their electrons to gain the chain that preserves the ions concurrently. Some of the compounds which gains up this assemblage embody: carbon dioxide, dinitrogen tetoxide, and sulfur trioxide. Please seem these compounds up via google and silence their flowing points. What were they? See a diverge? Where are these molecules ions from in the occasional table?