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F. The Romans & The Middle Ages

Total questions: 72

Worksheet time: 1hrs 5mins

Name
Class
Date
1.

Roman civilization was built upon the tradition of?

(a)  

2.

the Romans are better known for (a)   than theoretical science

3.

Name:

a)

Building of Roman Aqueduct 312 B.C. to A.D. 226.

b)

Ancient Roman Colosseum A.D. 70 and 72

c)

Building of Roman Aqueduct 421 B.C. to A.D. 662.

4.

Name:

a)

Building of Roman Aqueduct 312 B.C. to A.D. 226.

b)

Ancient Roman Colosseum A.D. 90 and 92

c)

Ancient Roman Colosseum A.D. 70 and 72

5.

Name:

a)

The Roman aqueduct wheel 3rd Century BC

b)

The Greek rotary wheel 7thCentury BC

c)

The Roman rotary wheel 3rd Century BC

6.

The Romans were responsible, through the application and development of available machines, for an important technological transformation: the widespread introduction of?

(a)  

7.

The rotary motion was exemplified in the use of the (a)   for powering cranes and other heavy lifting operations.

8.

the introduction of rotary water-raising devices for irrigation works (a scoop wheel powered by a treadmill), and the development of the (a)   as a prime mover.

9.

Around what BC did the Roman Watermill was starting to be constructed?

(a)  

10.

1st-century-BCE Roman engineer (a)   gave an account of watermills

11.

The present day Roman watermill constructed around 1st century BCE still in use today

a)

True

b)

False

12.

The Romans copied the (a)   style for most ceremonial purposes,

13.

Name:

a)

The Roman Coloseum A.D. 70 and 72

b)

The Arch of Constantine 312 and 315 AD

c)

The Arch of Constantine 912 and 917 AD

14.

They made extensive use of fired brick and tile as well as stone; they developed a strong cement that would set under water; and they explored the architectural possibilities of the arch, the vault, and the dome.

a)

True

b)

False

15.

They then applied these techniques in amphitheatres, aqueducts, tunnels, bridges, walls, lighthouses, and roads. Taken together, these constructional works may fairly be regarded as the ______ of the Romans.

a)

primary technological achievement

b)

secondary technological achievement

c)

tertiary technological achievement

16.

Name:

(a)  

17.

Name:

(a)  

18.

Name:

(a)  

19.

Name:

(a)  

20.

The Romans made good quality pottery available throughout their empire through the manufacture and trade of the standardized red ware called terra sigillata, which was produced in large quantities at several sites in _____.

a)

Italy and Rome

b)

France and Great Britain

c)

Italy and Gaul

21.

Cato (b. 234 BCE)

(a)  

22.

Varro (b. 116 BCE)

(a)  

23.

Lucretius (b. c. 94 BCE)

(a)  

24.

Vitruvius (1st century BCE)

(a)  

25.

Galen (b. 129 CE)

(a)  

26.

Claudius Ptolemy (85–165 CE)

(a)  

27.

Also called geocentric system or geocentric model proposed by Claudius Ptolemy by assuming that Earth is stationary and at the center of the universe.

(a)  

28.

The famous orator also wrote a valuable treatise (De agricultura) which gave advice on how to run a good estate with notes on wine and oil production and various remedies for crop diseases.

(a)  

29.

Was the most prolific scientific author, although very little of his work survives. One exception is the Res Rusticae, which describes the best ways to manage a large estate.His other works on mathematics, geography, biology, and more, influence on later authors such as Vitruvius, Pliny, Augustine, and Martianus Capella.

(a)  

30.

Wrote De rerum natura on the major Greek works of atomist philosophy and was especially interested in optics and biology.

(a)  

31.

Wrote an influential work on architecture (De architectura) which included surveying, town planning, mathematics, principles of proportion, materials, astronomy, and mechanics.

(a)  

32.

Of Greek origin who became a physician to emperors after starting his career administering medical aid to gladiators. He is an invaluable source on earlier medical matters, notably Hippocrates, but was also a successful practitioner of complex surgeries himself.

(a)  

33.

Tweaked the Plato/Aristotle cosmology to match observations of the planets. Taught that the Earth was the center of the universe. People felt this was common sense, and the geocentric theory was supported by the Church.

(a)  

34.

Who idea is the Geocentric theory?

(a)  

35.

Who expanded the geocentric theory?

(a)  

36.

(a)   taught that God had deliberately placed the earth at the center.

37.

The Fall of Rome (in 476) In western Europe, population dropped, literacy virtually disappeared, and Greek knowledge was lost.

a)

True

b)

False

38.

The Fall of Rome (in 476) In eastern Europe, Greek knowledge was suppressed by orthodox Christianity in the Byzantine Empire (which finally fell in 1453)

a)

True

b)

False

39.

When did the Dark ages started and ended?

(a)  

40.

tribes who moved into a large part of western Europe did not come empty-handed, and in some respects their technology was superior to that of the Romans.

(a)  

41.

The Tuetonic tribe appear to have been the first people with sufficiently strong (a)   to undertake the systematic settlement of the forested lowlands of northern and western Europe

42.

During the middle ages, (a)   were the largest buildings in medieval Europe.

43.

Between the 10th and 13th centuries, most European cathedrals were built in the (a)   . these cathedrals are solid and substantial: They have rounded masonry arches and barrel vaults supporting the roof, thick stone walls and few windows

44.

Around 1200, church builders began to embrace a new architectural style, known as the (a)   . These structures, have huge stained-glass windows, pointed vaults and arches and spires and flying buttresses.

45.

An example of Romanesque cathedral in Germany

(a)  

46.

An example of Romanesque cathedral in Portugal

(a)  

47.

An example of gothic cathedral in France

(a)  

48.

An example of gothic cathedral in England:

(a)  

49.

Europe witnessed massive population growth in the High Middle Ages, from (a)   . This growth was largely due to the refinement of medieval farming technology

50.

During the Middle Ages, using (a)   rather than an ox as draft animal in farming has increased cereal production because it is more efficient.

51.

During the middle ages, the heavy, (a)   played a significant role in changing how farming was conducted

52.

The Roman scratch plow, which didn’t do much more than just disturb the surface

(a)  

53.

The (a)   was a key invention that allowed medieval Europeans to make use of the horse as a draft animal, rather than the ox

54.

A (a)   can cut much more deeply into the soil than can the older forms of the aratrum.

55.

A methods of land use in the Middle Ages where about half of your land was plowed, and about half of it was left fallow. On that fallow land, you would also run your animals, so that animal manure would provide some enrichment to the soil.

(a)  

56.

A methods of land use in the Middle Ages where you divide the available land of an estate into three roughly equal parts. One of these is left fallow, one of these is planted in winter crops and one of these is planted in spring crops

(a)  

57.

The spread of (a)   during the middle ages increased the carrying capacity for horse-drawn wagons, a feature that helped to boost trade between communities

58.

The immediate eastern neighbour of the new civilization of medieval Europe was Byzantium, the surviving bastion of the Roman Empire based in Constantinople (Istanbul), which endured for 1,000 years after the collapse of the western half of the empire.

(a)  

59.

Byzantine masterpieces as the great domed structure of (a)   .

60.

The Byzantines made numerous contributions to philosophy, science and medicine while also making innovations and inventions.

a)

False

b)

True

61.

Under the Byzantine Empire the (a)   , a staff sling mounted on a pole using a lever mechanism to propel projectiles. It was used by Emperor Nicephorus Phocas’ army in his campaigns to disrupt enemy lines.

62.

Under the Byzantine Empire the (a)   , which was far more powerful than the normal traction trebuchet. It was used by Emperor Alexios I Komnenos and it is said that it impressed his crusader allies during the siege of Nicaea.

63.

The famous Greek Fire. Invented by (a)   , it was the flamethrower of the era. It was liquid fire used by the Byzantine navy to inflame the enemy ships.

64.

They appeared during the reign of Leo III (717–741). Byzantine soldiers threw ceramic jars with Greek fire. They set them alight by fire arrows or ignited them before throwing them at the enemy.

(a)  

65.

The Byzantines used a system to transmit messages from the border with the Caliphate across Asia Minor to Constantinople during the 9th century. The system was devised during the reign of Emperor Theophilos (829–842) by Leo the Mathematician.

(a)  

66.

The (a)   architectural form appeared first in the late 8th century. It was used in the construction of churches during the Byzantine Empire

67.

The (a)   , which first appeared in the 5th century during the Byzantine empire.

68.

The (a)   , which placed a circular dome over a square room. The first (and most famous) example of a pendentive dome is Hagia Sophia, designed by Isidore of Miletus and Anthemius of Tralles.

69.

The first Byzantine book on astronomy was the

a)

Commentary to the Handy Tables of Stephanos of Alexandria

b)

Papyrus of Akhmin (seventh century)

c)

John of Damascus, in his De Fide Orthodoxa

70.

One of the earlier and most important work on arithmetic was the ______, which dealt with fractions and problems in the Egyptian tradition.

a)

Commentary to the Handy Tables of Stephanos of Alexandria

b)

The Stoicheiosis (Elements) of Theodore Metochites

c)

Papyrus of Akhmin (seventh century)

71.

The Byzantines had much interest in the medical use of plants. They had institutionalized hospitals which favored the growth of medicine and pharmacy. This was especially true for the era of the _______ (eleventh-twelfth centuries)

a)

KomenieoDynasty

b)

Mikenoi Dynasty

c)

Komnenoi Dynasty

72.

The first known example of separating conjoined twins happened in the (a)   in the 10th century.