Electrons
Forming Ionic Compounds #1
Forming Ionic Compounds #2
Naming Ionic Compounds
Mixed Bag
100

Electrons are ______ when an ionic compound is made.

transferred

100
Complete the chemical reaction:

2 Li   +  F2  --->  2 ____

LiF

100

What product forms when the following two elements react?

Li and Cl

LiCl

100

Name the following ionic compound:

BaCl2

barium chloride

100

What is the chemical formula of lithium sulfide?

Li2S

200
When an ionic bond forms, the metal ______ one or more electrons and the nonmetal ______ one or more electrons.

loses; gains

200

Complete the chemical reaction:

2Ba   +  S2  --->  2 ____

 BaS

200

What is the charge on each nonmetal in the ionic compound SrF2 ?

1-

200

Name the following ionic compound:

K2S

potassium sulfide

200

What compound forms when silver and oxygen react, if silver loses one electron in the process?

Ag2O

300

How many electrons did each Cl gain in the formation of MgCl2?

1

300

What product forms when the following two elements react?

Na & O

Na2O

300

What is the charge on the metal in the ionic compound CaBr2 ?

2+

300

Name the following compound:

SnO

tin (II) oxide

300

What is the chemical formula of strontium iodide?

SrI2

400

How many electrons did Ca lose in the formation of CaO?

2

400

What product forms when the following two elements react?

Mg & F

MgF2

400

What is the charge on each nonmetal in the ionic compound Mg3N2 ?

3-

400

Name the following compound:

TiF4

titanium (IV) fluoride

400
One form of rust is iron (III) oxide.  What is its chemical formula?

Fe2O3

500

How many electrons TOTAL were transferred in the formation of Mg3Br2

6

500

What product forms when the following two elements react?

K and P

K3P

500

Predict the product of the following chemical reaction 

12Cs  +  P4   --->  4 ______

Cs3P

500

What is the chemical formula of chromium (III) oxide?

Cr2O3

500

Why does the term "opposites attract" have to do with ionic bonding?

Ionic bonds are the forces of attraction that exist between the positive and negative ions (oppositely charged atoms) that results when a metal gives one or more electrons to a nonmetal.  

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