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Alkali Earth metal vs Halogen Compound

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

Which of the following is NOT alkali earth metal?

a)

Barium

b)

Magnesium

c)

Beryllium

d)

Lithium

2.

Which of the following is FALSE about the alkali earth metal?

a)

It can be found in Group 2 of the periodic table

b)

It is very reactive, but not as reactive as Alkali Metal in periodic table

c)

It has a good insulator of electricity and heat

d)

Typically shinny and have a silvery-white form

3.

“It has been used in medical, as an antacid to relieve heartburn and dietary supplements”. Which of the following compound is related to the statement above?

a)

Magnesium carbonate

b)

Magnesium oxides

c)

Calcium carbonate

d)

Calcium hydroxide

4.

Which of the following statements is TRUE regarding halogens?

a)

Halogens are typically gases at room temperature.

b)

Halogens readily donate electrons in chemical reactions.

c)

Halogens are found in Group 1 of the periodic table.

d)

Halogens have a strong tendency to form cations.

5.

Which step is necessary to achieve a high-quality end product during the bromine production process?

a)

Pre-concentration of seawater

b)

Oxidation of bromine with chlorine

c)

Stripping bromine with steam

d)

Debromination with chlorine and hydrogen peroxide

6.

What are the application of bromine?

a)

BROMINATED FLAME RETARDANTS

b)

AGRICULTURE

c)

PHOTOGRAPHY

d)

MEDICAL

7.

What is the trend in atomic size within each group when moving from top to bottom?

a)

Decrease

b)

Increase

c)

Remain constant

d)

unpredictable

8.

Which property is a characteristic of alkaline earth metals but not halogens?

a)

High electronegativity

b)

Low melting points

c)

Formation of anions

d)

Diatomic molecules

9.

What is a common characteristic of halogens that distinguishes them from alkaline earth metals?

a)

High reactivity

b)

Low ionization energy

c)

Metallic properties

d)

Formation of stable cations

10.

Which of the following applications does NOT involve the use of iodine compounds?

a)

Pharmaceutical purposes for thyroid gland diseases

b)

Stabilizer for polyamide 6.6

c)

Catalysis in the stereospecific polymerization of butadiene

d)

Use as a contrast agent in diagnostic medicine