Top Banner
Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+
19

Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Dec 13, 2015

Download

Documents

Sabrina Flowers
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Starter

Complete the full electronic configuration of:1)Ti2)Br3)Cl-

4)Ca 2+

5)Fe 3+

6)Co3+

Page 2: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Covalent bondingCovalent bonding

L.O.:• Describe a covalent bond as a shared pair of electrons.• Describe single and multiple covalent bonding.• Use dot-and-cross diagrams to represent covalent bonding. • Describe dative covalent (coordinate) bonding.• Use dot-and-cross diagrams to represent covalent bonding

Page 3: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

• Octet rule.

Page 4: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

A covalent is a bond formed by a shared pair of electrons.

Page 5: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Covalent bond formation in H2

Page 6: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Covalent bonding in Cl2

Page 7: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Covalent bonding in H2O, NH3 and CH4

Page 8: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Draw dot-and-cross diagrams for:

a) Cl2

b) HCl

c) SiF4

d) SCl2

Page 9: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+
Page 10: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+
Page 11: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+
Page 12: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Q2, page 55.

Page 13: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Dative covalent bonding in NH4+

A dative covalent bond is a shared pair of electrons which has been provided by one of the bonding atoms only.

Page 14: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

The ammonium ion

Page 15: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

The oxonium ion

Page 16: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Dot-and-cross diagram of BF3

Page 17: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Dot-and-cross diagram of SF6

Page 18: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Expansion of the octet:o unpaired electrons pair upo The maximum number of electrons that can

pair up is equivalent to the number of electrons in the outer shell.

Page 19: Starter Complete the full electronic configuration of: 1)Ti 2)Br 3)Cl - 4)Ca 2+ 5)Fe 3+ 6)Co 3+

Qs 1&2, page 57.