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Reinforced Concrete Genius

Total questions: 20

Worksheet time: 4mins

Name
Class
Date
1.

Who obtained a patent for cement which he called "Portland cement"?

a)

Joseph Monier

b)

Francois Coignet

c)

Joseph Aspdin

d)

Joseph Lambot

2.

What year does the development and used of reinforced concrete all over the world has been rapid?

a)

1890

b)

1868

c)

1824

d)

1850

3.

When was Portland cement introduced in the United States?

a)

1870

b)

1868

c)

1884

d)

2000

4.

A mixture of sand and gravel, crushed rock and other aggregates held together in a rock-like mass with a paste of cement and water.

a)

Reinforced Concrete

b)

Timber

c)

Steel

d)

Concrete

5.

A combination of concrete and steel wherein steel reinforcement provides the tensile strength lacking in the concrete.

a)

Concrete

b)

Reinforced Concrete

c)

Steel

d)

Steel Bars

6.

Who built the first Reinforced Concrete building in the United States in Port Chester, New York?

a)

Thaddeus Hyatt

b)

Francois Coignet

c)

William Ward

d)

Joseph Aspdin

7.

When was a deposit of natural cement rock discovered in England and was sold as "Roman Cement"?

a)

1824

b)

1795

c)

1796

d)

1800

8.

When was the first Portland cement manufactured in the United States?

a)

1868

b)

1875

c)

1890

d)

1870

9.

The ratio of the lateral expansion to the longitudinal shortening is referred to as?

a)

Tensile Strength Ratio

b)

Compressive Strength Ratio

c)

Poissons Ratio

d)

Shear Strength Ratio

10.

The tensile strength of concrete varies from about how many percent of its compressive strength?

a)

5% - 10%

b)

7% - 10%

c)

10% - 12%

d)

10% - 15%

11.

Reinforcing bars are referred to as?

a)

rounded and plain

b)

plain and undeformed

c)

plain and deformed

d)

rounded and deformed

12.

A granular material, such as sand, gravel and crushed stone and when used in cementing medium forms a hydraulic cement concrete or mortar.

a)

Sand

b)

Gravel

c)

Stones

d)

Aggregates

13.

The strength of the aggregate has an important effect on the strength of the concrete, and the aggregate properties greatly affect the concrete’s durability.

a)

Yes

b)

No

14.

A type of load that is constant in magnitude and fixed in location throughout the lifetime of the structure.

a)

Live Load

b)

Seismic Load

c)

Dead Load

15.

A type of loading that consist chiefly of occupancy loads in buildings and traffic loads on bridges. They may be either fully or partially in place or not present at all and may also change in location.

a)

Seismic Load

b)

Wind Load

c)

Live Load

d)

Dead Load

16.

Concrete is low in its compressive strength.

a)

True

b)

False

17.

The following are disadvantages of Reinforced Concrete except.

a)

Vulnerable to shrinkage and creep.

b)

Concrete has a very low tensile strength, requiring the use of tensile reinforcing.

c)

The properties of concrete vary widely due to variations in its proportioning and mixing.

d)

Reinforced concrete structures are very rigid.

18.

This strength, which is rather difficult to measure accurately, is determined by the so-called split-cylinder test. This is normally neglected in design calculations but nevertheless it is an important property that affects the sizes and extent of the cracks that occur.

a)

Poissons Ratio

b)

Stress-Strain Curve

c)

Tensile Strength

d)

Shear Strength

19.

What do you call the code being used in the Philippines for the design of Reinforced Concrete Structure?

a)

AISC

b)

NSCP

c)

ASTM

20.

Steel has a very high compressive strength compared to concrete.

a)

Yes

b)

No