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Types of Glass and Their Properties

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

Why is sodium carbonate considered undesirable in some glass applications?

a)

It makes the glass water soluble

b)

It increases the glass's thermal resistance

c)

It enhances the glass's clarity

d)

It reduces the glass's weight

2.

What is the most likely reason soda-lime glass is used in civil glazing panels?

a)

It is inexpensive and suitable for general-purpose glazing

b)

It has a high resistance to thermal shock

c)

It is completely shatterproof

d)

It provides excellent sound insulation

3.

What advantage does borosilicate glass provide when used in rail infrastructure located in coastal environments?

a)

High thermal conductivity

b)

Resistance to salt corrosion and thermal cycling

c)

Low density and weight

d)

Increased electrical conductivity

4.

Which of the following best explains why soda-lime glass is not used for aircraft windscreens?

a)

It has poor resistance to temperature and pressure changes

b)

It is too heavy for aircraft use

c)

It is prone to shattering on impact

d)

It is too expensive to manufacture

5.

What makes borosilicate glass suitable for laboratory glassware?

a)

High thermal conductivity

b)

Low thermal expansion

c)

High fragility

d)

Low chemical resistance

6.

In the aeronautical industry, borosilicate glass is used for cockpit instrumentation covers because it:

a)

Is lightweight and easy to mold

b)

Maintains dimensional stability under thermal stress

c)

Is highly resistant to scratches

d)

Can withstand extreme pressure changes

7.

Which of the following glasses is best suited for cookware that must go from freezer to oven?

a)

Tempered glass

b)

Borosilicate glass

c)

Acrylic glass

d)

Soda-lime glass

8.

Which glass type is best for resisting thermal shock?

a)

Borosilicate glass

b)

Soda-lime glass

c)

Lead glass

d)

Tempered glass

9.

Which glass has the lowest thermal expansion coefficient and is therefore most suitable for sudden temperature changes?

a)

Borosilicate glass

b)

Soda-lime glass

c)

Lead glass

d)

Tempered glass

10.

Which glass has the greatest 'sparkle'?

a)

Crystal glass

b)

Lead glass

c)

Plastic glass

d)

Tempered glass

11.

Which glass has the highest proportion of silica by weight among the three types listed in the syllabus?

a)

Soda-lime glass

b)

Borosilicate glass

c)

Lead glass

d)

Tempered glass

12.

Which type of glass is most commonly used in the manufacture of windows and bottles?

a)

Soda-lime glass

b)

Borosilicate glass

c)

Lead glass

d)

Tempered glass

13.

What optical property is significantly increased in lead glass compared to soda-lime glass?

a)

Refractive index

b)

Absorbance

c)

Transmittance

d)

Reflectivity

14.

What is a key structural disadvantage of lead glass despite its optical properties?

a)

High density and weight

b)

Brittleness and poor thermal shock resistance

c)

Excellent thermal conductivity

d)

Low refractive index

15.

What distinguishes Pyrex glass from standard soda-lime glass?

a)

Greater resistance to thermal shock

b)

Lower cost of production

c)

Higher density

d)

Increased brittleness

16.

Which property of pure silica glass makes it ideal for optical fibres?

a)

Does not absorb UV light

b)

High thermal conductivity

c)

Low refractive index

d)

High tensile strength

17.

Which additive in soda-lime glass improves stability and resistance to chemical attack?

a)

Sodium carbonate

b)

Calcium oxide

c)

Magnesium sulfate

d)

Potassium chloride

18.

Which of the following is NOT a typical use of soda-lime glass?

a)

Telescopes

b)

Drinking glasses

c)

Windows

d)

Laboratory glassware

19.

What is the primary reason sodium carbonate is added to soda-lime glass?

a)

Increase durability

b)

Reduce melting point

c)

Enhance color

d)

Improve transparency

20.

Which mechanical property of glass makes it most vulnerable to impact loading?

a)

Ductility

b)

Malleability

c)

Brittleness

d)

Toughness