MIDTERM Flashcards

1
Q

The concept of the land transportation system in the Philippines started when our ancestors invented the means of ___.

A

LOCOMOTION WITH THE ANIMALS

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2
Q

No movement of vehicles on road.

A

CONJESTION / TRAFFIC CONJESTION

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3
Q

Movement of people or vehicles in high ways.

A

TRAFFIC

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4
Q

Is the movement or conveying of person or goods from one location to another.

A

TRANSPORTATION

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5
Q

Any device used to move one location to another.

A

TRANSPORT

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6
Q

The first form of transport.

A

SHANKS PONY (THE HUMAN FOOT)

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7
Q

Domesticated between 4,000 to 3,000 BC.

A

DONKEYS AND HORSES

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8
Q

Were domesticated slightly later between 3,000 to 2,000 BC.

A

CAMELS

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9
Q

They constantly migrate from one place to other place according to their own detailed knowledge of exploitable resources.

A

NOMADIC

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10
Q

From the Greek, “to pasture”, was originally used to refer to pastoralist groups that migrate in an established pattern to find pasture lands for their domestic livestock.

A

NOMAD

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11
Q

Man, who had no domesticated animals, carried his own burdens. More so today, it is important in transportation in many parts of the world.

A

MAN POWER

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12
Q

In China and other parts of the east, the ___, balanced on the shoulder is a popular carrying device. On island of Pacific, the ends of the pole are supported by the two men, with goods suspended from the pole between.

A

CARRYING POLE

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13
Q

In many parts of the world, goods are carried on the back. In subtemala, pots are carried on a wood framework supported by a tumpline across the forehead. In the Andes, the load is held on the back by a strap passing over the chest.

A

BACK LOAD AND TUMPLINE

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14
Q

From the beginning of human history people have dragged any load too heavy to be carried. But large objects are often of awkward shape and texture, liable to snag on any roughness in the ground. The natural solution is to move them on a platform with smooth runners.

A

THE SLEDGE

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15
Q

The moving o heavy burdens was to place them on sledge which rested on a series of rollers.

A

SLEDGE ON ROLLERS

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16
Q

A simple sledge, probably man-drawn, was in use at the end of old Stone Age in northern Europe, is a vehicle mounted on runners drawn by work animals, such as horses or dogs, and used for transporting loads across ice, snow, and rough grounds.

A

SLEDGE ON RUNNERS

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17
Q

A type of sledge formerly used by North American Indians to carry goods, consisting of two joined poles pulled by a horse or dog.

A

TRAVOIS

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18
Q

The domestication of animals greatly increased the potential power available for transportation. Pack animals were introduced as conveyance mainly to save labor.

A

ANIMAL POWER

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19
Q

Cattle, which were domesticated in Mesopotamia, were used as draft animals to draw war chariots.

A

OX

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20
Q

These were first domesticated in Siberia in the beginning of the Christian era.

A

REINDEER

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21
Q

The first animal domesticated, is too light to carry heavy loads.

A

DOG

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22
Q

First domesticated in the Middle East.

A

DONKEY

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23
Q

In pre-Columbian America, was the only new world animal other than dog capable of domestication for use in transport.

A

LLAMA

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24
Q

The Carthaginians used African elephant in their war against Rome but in recent centuries, these animals have not been tamed.

A

ELEPHANT

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25
Q

Around 2,000 B.C horse drawn chariots appeared in southwest Asia and 1,000 years later, the Persians arrived with cavalry which gave mobility and power to the German tribes who invaded Europe and to the Central Asian conqueror Genghis Khan.

A

HORSE

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26
Q

There are two kinds of camel, the two-humped Bactrian camel of Central Asia and the one-humped dromedary of Arabia have long been used for transport.

A

CAMEL

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27
Q

A long-haired type of cattle that lives at high altitudes on the Tibetan plateau and in the neighboring Mountain Regions is ridden and used as a pack animal at heights were horses and ordinary animal could not survive.

A

YAK

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28
Q

Was invented by the Sumerians such invention was a milestone and a great step forward in transportation.

A

WHEEL

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29
Q

Apparently developed from travois, appear to have been used in Mesopotamia and northern Iran in about 3,000 BC and two-wheel chariots appeared in about 2,800 BC. The were hauled by onagers, related to donkeys.

A

FIRST SIMPLE TWO-WHEELED CARTS

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30
Q

Developed about 2,500 BC, which were only suitable for oxen-haulage, and therefore were only used where crops were cultivated, particularly Mesopotamia.

A

HEAVY FOUR-WHEELED WAGONS

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31
Q

Appear to have been developed around 2,000 BC by the Andronovo culture in southern Siberia and Central Asia.

A

TWO-WHEELED CHARIOTS WITH SPOOKED WHEELS

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32
Q

This ancient cart represent an early step in the evolution of wheeled vehicles. Its solid wheel which were made of a single piece of wood, rotated on single axle.

A

SOLID WHEELS ON FIXED AXLE

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33
Q

These chariots, of about 2,400 B.C had solid wheels built up of three pieces, and so was more durable than the one-piece wheel.

A

SUMERIAN CHARIOTS WITH FLANK WHEELS

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34
Q

Drawn by four horses, was a light and elegant vehicle for gentleman about 250 B.C. It had spoked wheels and axles of irons or bronze, handles for aid in mounting, and seat formed by a board placed across the handles.

A

GREEK QUADRICA WITH SPOKED WHEELS

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35
Q

A closed, two-wheel cart, was the favored vehicle when Roman women journeyed outside the city.

A

ROMAN CARPENTUM

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36
Q

A travelling wagon in which the passengers were protected by a covering of leather or cloth fixed over a wooden framework.

A

ITALIAN COCCHO, 1288

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37
Q

Modern ancestors of the modern bicycle was the ___. The wheels were made of wood, with tires of iron, and the riders push themselves along with their feet on the ground.

A

HOBBY HORSE / DAN HORSE

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38
Q

Inventor of First Working Prototype of Bicycle.

A

PIERRE MICHAUX

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39
Q

In 1817 introduced a steerable wheel, creating the “draisienne” or dandy horse.

A

GERMAN BARON KARL VON DRAIS

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40
Q

A Scottish blacksmith, made the first machine with pedals, which were attached to and drove the rear wheel by means of cranks.

A

KIRKPATRICK MACMILLAN

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41
Q

Is designed to provide a flexible cover with an impermeable ling to contain and restrain the compressed air. This cover is provided with rubber tread portion that is designed to withstand the cutting and abrasive wear of road contact and to protect the tire against puncture and loss of air.

A

PNEUMATIC TIRES

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42
Q

Original inventor of the pneumatic tire and invented the actual first vulcanized rubber pneumatic (inflatable) tire.

A

ROBERT WILLIAM THOMSON

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43
Q

Invented vulcanized rubber in 1844 that was later used for tires. In 1843 discovered that if you remove the sulfur from rubber then heated it, it would retain its elasticity.

A

CHARLES GOODYEAR

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44
Q

A Scottish invented the first practical pneumatic tire for bicycle. His patent, granted in 1888, wasn’t for automobile tires, however, instead it was intended to create tires for bicycle.

A

JOHN BOYD DUNLOP

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45
Q

In 1895, was the first person to use pneumatic tires on an automobile, however, not successfully.

A

ANDRE MICHELIN

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46
Q

The first theoretical plan for a motor vehicle has been drawn up by both ___.

A

LEONARDO DA VINCI & ISAAC NEWTON

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47
Q

In 1769, the first steam-powered automobile capable of human transportation was built by ___.

A

NICOLAS-JOSEPH CUGNOT

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48
Q

Was a French inventor who built the world’s first full-size and working self-propelled mechanical land-vehicle. In 1765 he began experimenting with working models of steam-engine-powered vehicles for the French Army, intended for transporting cannons.

A

NICOLAS-JOSEPH CUGNOT

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49
Q

Effectively the first world’s automobile.

A

FARDIER A VAPEUR

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50
Q

British mechanical engineer invented the first steam powered locomotive (high pressure steam) designed for roads and constructed the world’s first steam railway locomotive. (1803)

A

RICHARD TREVITHICK

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51
Q

Is a type of railway locomotive that produces its pulling power through a steam engine. These locomotives are fueled by burning combustible material - usually coal, wood, or oil - to produce steam in a boiler.

A

STEAM LOCOMOTIVE

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52
Q

In 1803, designed the first car powered by the de Rivaz engine, an internal combustion engine that was fueled by hydrogen.

A

HAYDEN WISCHETT

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53
Q

He invented a hydrogen-powered internal combustion engine with electric ignition and described it in a French patent published in 1807. In 1808 he fitted it into a primitive working vehicle - “the worlds first internal combustion powered automobile”.

A

FRANCOIS ISAAC DE RIVAZ

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53
Q

A Belgian inventor who devised the first commercially successful internal-combustion engine.

A

ETIENNE LENOIR

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54
Q

Motorcycle invented in 1867. A motorcycle is a single-track, two-wheeled motor vehicle powered by an engine. The earliest motorcycle was a coal-powered, two-cylinder, steam-driven motorcycle.

A

SYLVESTER HOWARD ROPER

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55
Q

In 1885, a German mechanical engineer designed and built the world’s first practical automobile powered by an internal-combustion engine.

A

KARL BENZ

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56
Q

Pioneered the manufacture of Gas Engines.

A

NICOLAUS AUGUST OTTO & GOTTLIEB WILHEIM DAIMLER

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57
Q

Was a German engineer who successfully developed the compressed charge internal combustion engine which ran on petroleum gas and led to the modern internal combustion engine.

A

NICOLAUS AUGUST OTTO

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58
Q

Was a German engineer, he was a pioneer of internal combustion engines and automobile development. He invented high-speed liquid petroleum-fueled engine and he became a successful automobile manufacturer.

A

GOTTLIEB WILHEIM DAIMLER

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59
Q

A German engineer, develop an internal combustion engine which is similar with gasoline engine but requires no electrical ignition system or carburettor and use other form of liquid fuel, the diesel fuel.

A

RUDOLF DIESEL

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60
Q

In 1908, introduced the model T, which was proved popular that by 1914, had adopted mass production methods to meet the demand.

A

HENRY FORD

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61
Q

1956, a German mathematician, developed an advanced type of engine, named after him, that operates very differently from gas and diesel engines. It is started by moving crankshaft.

A

FELIX WANKEL

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62
Q

From Ford Era, the demand of vehicles became great for the transportation of goods, products, communications, and people. Hence, he started manufacturing large cargo trucks and buses for mass transportation.

A

FELIX WANKEL

63
Q

Most Manileño travels on foot, perhaps hitched in private owned horse or carabao drawn cart.

A

BEFORE 1850

64
Q

Four types of horse drawn vehicles for hire: the carromata, the quiles, the calesa, and the carruaje.

A

1850

65
Q

The Campania de los Tranvias de Filipinas launched a tranvia - a single horse drawn tramcar, 12-seater permanent ways.

A

1880

66
Q

Four horse-drawn lines plied Intramuros and the Extramuros routes to Malate, Sampaloc and Tondo; one steamed-powered line ran from Binondo to Malabon.

A

1892

67
Q

Then tranvias were operating in the network; Philippine Revolution.

A

1898

68
Q

Roads with hard surfaces were found and was said to be constructed around 3,500 B.C. Ur and Uruk had stone-paved roads on the streets. Another example of old roads can found in the Island of Crete.

A

MESOPOTAMIA

69
Q

Who discovered cement which allowed them to expand road networks. These road networks are still existing.

A

THE ROMANS

70
Q

Composition of the Romans roads during the Roman Empire.

A

A. LAYER OF SMALL CRUSH STONES
B. OVER-LAYERED BY SMALL STONES COMPACTED FIRMLY
C. MASSIVE STONE BLOCKS PROPERLY SET AND WITH CEMENT MORTAR

71
Q

1784, developed the first scientific method of road construction and maintenance. He was able to improve drainage, stone foundation, and grade of road. Because of his accomplishment, Napoleon was able to build roads and highways in France.

A

JEROME TRESAGUET

72
Q

Godfather of Civil Engineering, a Scottish Engineer and president and founder of Institute of Civil Engineer improved the construction method proposed by Tresaguet with stones having 3in thick (min), 7in height, and 5in breadth. He also employed flat sub-grade allowing variety of stones to be used in the construction.

A

THOMAS TELFORD

73
Q

In history, roads had also been regulated for such reasons. The early Saxon Laws imposed duties for the people to perform:

A
  1. REPAIR ROADS AND BRIDGES
  2. REPAIR THE GARRISONS AND CASTLES
  3. AID REPEL INVASIONS
74
Q

Were physical infrastructure vital to the maintenance and development of the Roman State, and were built from about 300 BC through the expansion and consolidation of the Roman Republic and the Roman Empire.

A

ROMAN ROADS (ROMAN WAY)

75
Q

Where the major road builders in the ancient world. Road network reach a total of about 50,000 miles (80,000km) with Feeder roads branching out from the main highways.

A

THE ROMANS

76
Q

These refers to any power operated traffic control device by which traffic is warned or directed to take some specific actions.

A

TRAFFIC LIGHTS

77
Q

Are used to control traffic at junctions and also to stop traffic to privide safe crossing points for pedestrians and cyclists.

A

TRAFFIC LIGHT SIGNALS

78
Q

The idea for developing traffic signals began in the 1800’s, and on December 10, 1868 the first gas-lit traffic lights were installed outside the Houses of Parliament in London. This model was proposed by a British railway engineer _____.

A

J.P KNIGHT

79
Q

Was on obvious choice for “Stop.” It had always represented danger.

A

RED

80
Q

Through “give the green light” has become the proverbial permissive signal in many situation, green was not the original choice for “Go”. _____ first indicated that the railroad was safe and that the train could proceed without danger.

A

WHITE

81
Q

Two “lights” were to control the running of trains-white for “go” and red for “stop.” It was then realized that safety would be served better still by introducing a cautionary light to warn the driver of an imminent change. Its color once again was to be determined by considerations of contrast, distinctiveness and visibility. The eventual choice was _____.

A

GREEN

82
Q

After all, was a “natural” color. It was the hue of all foliage and growing things. Man knew it so well environmentally that it spelled out to him life, safety and normality. Like the green sap in a plant, it was symbolic of motion, drive, and vitality. Therefore, from the very beginning, it should have been the obvious color for signaling permission to proceed.

A

GREEN

83
Q

All that was needed now was to find a replacement color to “caution” drivers. The (second and final) choice is _____.

A

YELLOW-AMBER

84
Q

That is how green, yellow, and red became the standard combination of colors for railroad signals. The New York, New Havens, and Hartford Railroad, USA, was the first to introduce them in _____.

A

1899

85
Q

One of the world’s first electric traffic lights was developed in 1912 in Salt Lake City, Utah, USA by _____, a detective on the city police force.

A

LESTER WIRE

86
Q

In _____, new York City put up the first automatic (three-colored) lights.

A

1918

87
Q

These are signal lights designed primarily to control and regulate traffic flows.

A

TRAFFIC CONTROL SIGNALS

88
Q

These signal lights provide regulation for pedestrians like “WALK” and “DO NOT WALK signal Lights.

A

SPECIAL PEDESTRIAN SIGNALS

89
Q

These are usually installed on road-rail in intersections designed to inform motorist of an approaching train on the intersection.

A

TRAIN APPROACH AND GATE SIGNALS

90
Q

These are installed on traffic ways where special regulations are emphasized like “YIELD TO VEHICLES COMING FROM THE LEFT”, and other similar regulations.

A

OTHER SPECIAL TRAFFIC SIGNALS

91
Q

A traffic control signal by which traffic is alternately commanded to stop and permitted to proceed in accordance with predetermined time schedule. This is the most widely used system of traffic signaling. The duration of the green light remains constant and is set to favor traffic on the main roadway. Amin-road traffic is halted periodically to permit the side-road traffic to cross the intersection for a short fixed time before the signal again favors traffic on the main road.

A

THE FIXED-TIME SYSTEM

92
Q

The cycle lengths of the signal changes are determined by systematic studies of traffic flow and pedestrian needs. Such cycle lengths can be set to vary during the day to accommodate changing traffic patterns. Traffic-activated controllers can also be used. These vary the length of the green light on a street according to changes in traffic demand.

A

THE FIXED-TIME SYSTEM

93
Q

These are used on major arteries of number of cities. Signals at successive intersections along the artery are timed to change from red to green at staggered intervals. Permitting a vehicle that maintains a constant speed to proceed without interruption under normal circumstances.

A

PROGRESSIVE SYSTEM

94
Q

Signal changes are ordered by the demands of traffic and are directed by computers that operate on the basis of traffic information relayed from vehicle sensors on the streets. In this system, traffic detectors are placed at several locations-generally in the pavement. A computer then selects the best timing for each signal to reduce traffic congestion and minimize delays.

A

COMPUTERIZED CONTROL OF SIGNAL NETWORKS

95
Q

Can sense and respond to traffic because of a wire loop embedded in the road. Electric current, run through the loop, creates a magnetic field. When can interferes with this field, a signal is sent to a roadside traffic computer. The computers monitor traffic flows, coordinating a light change as soon as it is safe.

A

COMPUTERIZED TRAFFIC LIGHTS “SMART” TRAFFIC

96
Q

To attain more effective and efficient controlling of traffic, each color of the traffic light has specific meaning and traffic regulation.

A

TRAFFIC LIGHTS

97
Q

a. STOP at the designated line.
b. Vehicles will be crossing from the “other side”
c. Expect pedestrians to cross at the pedestrian lane.
d. Unless specified, you can TURN RIGHT after a FULL STOP to clear traffic coming from the left.

A

STEADY RED

98
Q

a. Go
b. It is turn the vehicles on the other side to STOP.
c. Pedestrians are not allowed to cross in front of you.
d. Unless specified, you can move up to the middle section of the intersection and make a left turn when clear.
e. Vehicles GOING STRAIGHT have the right of way.
f. DO NOT ANTICIPATE A GREEN LIGHT.

A

STEADY GREEN

99
Q

a. GO
b. Vehicles turning left can do so.
c. On coming straight traffic is still RED to give way for the vehicles turning left.
d. DO NOT ANTICIPATE GREEN ARROW.

A

STEADY GREEN ARROW

100
Q

a. PREPARE TO STOP
b. It is the turn of the vehicles on the other side and will be given the GO signal shortly.
c. DO NOT BEAT A YELLOW LIGHT.

A

STEADY YELLOW

101
Q

a. This is the same as a STOP SIGN.
b. STOP at the designated line.
c. Vehicles will be crossing from the “other side”.
d. Expect pedestrians to cross at the pedestrians’ lane
e. PROCEED WHEN CLEAR.

A

FLASHING RED

102
Q

a. This is the same as a YIELD SIGN.
b. Proceed through the intersection with CAUTION.
c. You have the right of way over a flashing RED LIGHT.
d. Vehicles on the other side will proceed after coming to a FULL STOP.

A

FLASHING YELLOW

103
Q

a. Vehicles can go straight or vehicles on the left lane can make a left turn.
b. Vehicles can go straight on the right lane can make a right turn.
c. The RIGHT GREEN signal might or might NOT have a road sign disallowing right turn while RED light is ON.

A

STEADY GREEN AND STEADY LEFT/RIGHT ARROW

104
Q

Provides visible and physical barriers to help control traffic flow. Is used to direct highway traffic in case of an accident or road construction, to mark dangerous curves or medians, or to provide barriers to traffic in parking lots and garages.

A

TRAFFIC SAFETY EQUIPMENT

105
Q

Supervision of the movement of people, goods, or vehicles to ensure efficiency and safety. Generally, it refers to procedures, devices, and communication system that help vehicles and vessels safely share the same roads, rails, waterways, or air space. Traffic control establishes a set of rules and instructions that drivers, pilots, train engineers, and ship captains rely on to avoid collisions and other hazards.

A

TRAFFIC CONTROL

106
Q

Involves directing vehicular and pedestrian traffic around a construction zone, accident or other road disruption, thus ensuring the safety of emergency response teams, construction workers and the general public.

A

ROAD TRAFFIC CONTROL

107
Q

A system of traffic engineering, employing prescribed traffic rules and regulations and devices such as signals, and markings, to relieve vehicular congestion and air pollution, and to promote safety and pedestrian mobility, usually in heavily populated urban areas. In smaller towns, with lighter traffic, similar but simpler control devices and engineering techniques are used.

A

TRAFFIC CONTROL AS APPLIED TO LAND TRANSPORTATION

108
Q

The primary emphasis of traffic control is on the safe and efficient flow of cars, buses, vans, and lorries over urban streets and highways. The means or promoting this can vary from simple improvement of local streets by installing traffic signs and road markings to constructing comprehensive motorway systems.

A

CONTROL TECHNIQUES

109
Q

Motorist depend on traffic control devices to avoid collisions and travel safety to their destinations. Traffic control devices for highway travel include signs, signal lights, pavements markings, and a variety of devices placed on over, near, or even under the roadway.

A

TRAFFIC CONTROL DEVICES ON HIGHWAYS

110
Q

Are signs erected at the side of or above roads to give instructions or provide information to road users. By using signs, traffic control planners tell drivers what to do, what to watch for, and where to drive.

A

TRAFFIC SIGNS OR ROAD SIGNS

111
Q

Like traffic signal lights and road markings are used to convey quickly and accurately the wide range of information needed by road users, particularly vehicle drivers, and to promote a safe and efficient use of the road system.

A

TRAFFIC SIGNS

112
Q

Refer to any device mounted on portable support whereby a message is conveyed by means of words or symbols officially installed for the purpose of regulating, warning, or guiding traffic.

A

TRAFFIC SIGNS

113
Q

They indicate which part of the road to use, provide information about conditions ahead, and indicate where passing is allowed. Yellow lines separate traffic flowing in opposite directions. Drivers should stay to the right of yellow lines.

A

PAVEMENT MARKINGS

114
Q

Indicates that passing is prohibited.

A

SOLID YELLOW LINE

115
Q

Indicates that passing is allowed.

A

DASHED YELLOW LINE

116
Q

Separate lanes for which travel is in the same direction.

A

WHITE LINES

117
Q

Indicates that lane changes are prohibited.

A

DOUBLE WHITE LINE

118
Q

Indicates that lane changes are discouraged.

A

SINGLE WHITE LINE

119
Q

Indicates that lane changes are allowed.

A

DASHED WHITE LINE

120
Q

Are signaling devices positioned at road intersections, pedestrian crossings, and other locations to control flows of traffic or to permit movement of vehicles and pedestrians at busy intersections. the traffic signal lights are probably the most easily recognized traffic control device.

A

TRAFFIC SIGNAL

121
Q

It is one of the oldest methods of traffic control, one from of transportation is given priority by restricting or banning other forms of transportation. In the 1st century BC, Roman Emperor Julius Caesar banned wheel traffic from Rome During daytime, which allowed pedestrians and horse riders to move freely around the city. Some modern cities ban or restrict truck travel through certain neighborhoods.

A

PRIORITY CONTROL

122
Q

As an alternative to banning traffic, traffic control planners use devices to discourage heavy use of route. Island built in the centers of intersections force drivers to proceed slowly. Speed bumps discourage high-speed commuting through residential neighborhoods. Concrete median strips prevent vehicles from making turns except at intersections.

A

TRAFFIC RESTRAINTS

123
Q

The pavement of all main highways have certain markings to help you to drive safely. Those include the center lane lines, barriers lines, and directional arrows, depending upon the type of highways and the needs for such markings to make the road safe under varying conditions.

A

PAVEMENT MARKINGS AND MARKERS

124
Q

They are in the form of lines, symbols, messages, or numerals, and may be set into the surface of, applied upon, or attached to the pavement. In some cases, pavement markings are used as a supplement to other traffic control devices, such as traffic signals and road signs. It simply guides traffic or gives advance warning or may impose restrictions supported by traffic regulations.

A

PAVEMENT MARKINGS

125
Q

A single white continuous indicates the following:
a. Crossing of solid white lines requires special care and is discouraged.
b. Separates traffic moving in opposite direction.
c. Could be found in road sections that are dangerous.
d. Passing and overtaking can be made but ONLY under circumstances when there is no oncoming traffic.

A

LONGITUDINAL LINES OR SEPARATION LINE

126
Q

A single White Dotted Line. This pavement marking indicates the following;
a. On two lanes road, it separate traffic moving in opposite directions.
b. On a one-way street, separates traffic moving in one direction
c. Overtaking is possible when another lane is clear of oncoming possible.
d. Changing of lane is allowed provided that it is safe to do so and will not result to obstruction.

A

LANE LINE

127
Q

A double yellow or white line a dotted line in between means.
a. never cross to pass another vehicle unless permitted.
b. Absolutely No Over Taking
c. Overtaking is extremely dangerous.
d. Stay in your lane until you pass the end of the solid line.

A

BARRIER LINE DOUBLE SOLID YELLOW LINE OR DOUBLE WHITE LINE

128
Q

Overtaking is prohibited on both directions.

A

SINGLE YELLOW/WHITE LINE

129
Q

Overtaking is permitted on the side of the broken line but not on side of solid line.

A

BROKEN AND SOLID YELLOW LINE

130
Q

Where the line nearest to you is broken lines mean you may cross the lines to overtake if it is safe, provided you can complete the maneuver before reaching a solid white line on your side.

A

DOUBLE WHITE LINES

131
Q

Used to outline separate the outside edge of the pavement from the shoulder.

A

EDGE LINE

132
Q

When a driver sees a continuity lines on the left side means the lane is ending or exiting and that the driver must change lanes if the driver wants to continue in the current direction. Continuity lines on the right mean that the lane will continue unaffected.

A

CONTINUITY LINE

133
Q

Are used to guide the traffic safely past obstructions on roadways such as islands, median strips, bridge piers or indicate changes in the width of the traveled portion of the roadway and an increase or reduction in traffic lanes.

A

TRANSITION LINES

134
Q

Vehicles are required to stop before the white line.

A

STOP LINES

135
Q

Are markings consisting of two adjacent broken white lines across the carriageway at which drivers must give way to all traffic in accordance with the standard sign.

A

GIVE WAY OR HOLDING LINES

136
Q

Vehicle within the rotunda have the right-of-way over vehicles which are just about to enter.

A

ROUNDABOUT HOLDING LINES

137
Q

is F used to guide vehicles through a turning movement at intersections .

A

TURNING LINE

138
Q

Is used to park but take note of PWD parking spaces.

A

PARKING BAY

139
Q

Is An Unbroken White Line Used To Indicate The Proper Location Of Loading And Unloading Zone Of Public Utility Vehicles Preferably With Parking Restriction.

A

LOADING AND UNLOADING BAY LANE LINE

140
Q

Consist of yellow box within the intersection and yellow diagonal lines forming an “X” inside the box. The box should be open or no vehicle should stay inside the box to avoid obstruction to other vehicles.

A

DO NOT BLOCK INTERSECTION LINES

141
Q

Is an unbroken yellow line used to separate other vehicles from buses and PUJ’s and supplemented by raised pavement markers on concrete pavements.

A

BUS AND PUJ LANE LINE

142
Q

These are markings placed on objects on the road or beside the road like humps, rocks or similar hazardous objects on the side of the road.

A

OBJECT MARKINGS

143
Q

Markings are often used to guide traffic into the right turning lanes separated by an island, such as a corner island at a signalized intersection.

A

CHEVRON

144
Q

Are thermoplastic lane marking designed to aid and provide motorist with visual, audio and motion warnings on the road. Rumble Strips are highly visible horizontal lines on the road that produce a humming sound and ample bumpy ride to the motorists when ran over.

A

RUMBLE STRIPS

145
Q

Lane al lasted for motorcycle riders and can be shared by other vehicles. Riders are not allowed to stay on other lanes unless instructed by enforcers or the rider is turning into an intersection and must signal his/her intention within 100 meters.

A

MOTORCYCLE LANE

146
Q

Designated lanes for buses. Bus drivers are not allowed to use other lanes except when instructed by enforcers or when turning into an intersection.

A

BUS LANE

147
Q

Painted in the pavement by a solid white line along either side of street.

A

FOR BICYCLES ONLY

148
Q

Used For Lane Control And In White Color.

A

PAVEMENT ARROWS

149
Q

A Speed Limit Of Pavement Markings To Supplement The Speed Limit Posted On The Road Side.

A

SPEED LIMIT AT 60KPH

150
Q

These are areas within the roadway constructed in a manner to establish physical channels through which vehicular traffic is guided.

A

TRAFFIC ISLAND

151
Q

These are contructed between the pedestrian sidewalk and the road pavement to prevent pedestrian from using the roadway in passing and to prevent motor vehicles from using the side walk for parking and passing purposes.

A

PEDESTRIAN ISLAND (PEDESTRIAN BARRIERS)

152
Q

These are the raised portion in the middle of the traffic way constructed to separate the streams of motor vehicles traversing on opposite directions and at the same time preventing motorist from using the opposite lane for overtaking.

A

TRAFFIC ISLAND

153
Q

These are constructed primarily to divide the streams of the motor vehicles.

A

DIVISION ISLANDS

154
Q

These are constructed to channelize or direct the flow of traffic.

A

CHANNELIZING ISLAND

155
Q

These are constructed along intersections or “rotundas” for purposes of turning around.

A

ROTARY ISLANDS