WAEC SSCE - Geography - 2019 (Objective)

Ajụjụ 1 Ripọtì

The major causes of change in population size are

births, marriage and deaths Azịza ziri ezi

births, accidents and deaths

births, deaths and migration

migration, fertility and marriage

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na World Population (WAEC)

World Population

Lee Azịza

Ajụjụ 2 Ripọtì

What is the relief feature marked X?

Ridge

Plateau

Knoll Azịza ziri ezi

Gorge

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Elements Of Physical Geography (WAEC)

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Elements Of Physical Geography

Physical Geography

Lee Azịza

Ajụjụ 3 Ripọtì

Subsistence farming is practiced when people

grow crops for consumption Azịza ziri ezi

grow only one crop

export only one crop

grow many crops for export

Akọwa Nkọwa

Subsistence farming is practiced when people grow crops for their own consumption. The goal of subsistence farming is to produce enough food to feed a family or community, rather than for sale or trade. This type of farming is often found in rural or remote areas where there is limited access to markets for buying or selling goods. Subsistence farming is different from growing only one crop, growing many crops for export, or exporting only one crop. These activities are focused on producing crops for sale or trade, rather than for personal consumption. In simple terms, subsistence farming is when people grow crops to feed themselves and their families, rather than for sale or trade.

Gụọ akwụkwọ nkuzi na Human Geography (JAMB)

Human Geography

Lee Azịza

Ajụjụ 4 Ripọtì

In which settlement is mining practised in the mapped area?

NITY

Hop

Coura Azịza ziri ezi

Proga

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Geographic Information System (GIS)** (WAEC)

Gụọ akwụkwọ nkuzi na Settlement (WAEC)

Gụọ akwụkwọ nkuzi na Map Work (WAEC)

Geographic Information System (GIS)**

Settlement

Map Work

Lee Azịza

Ajụjụ 5 Ripọtì

The busiest ocean trade route is the

Mozambique channel

Suez canal route

North Atlantic route Azịza ziri ezi

Cape route

Akọwa Nkọwa

The busiest ocean trade route is the North Atlantic route. The North Atlantic route is a major shipping lane that connects Europe to North America, passing through the Atlantic Ocean. It is the busiest ocean trade route due to the high volume of goods and materials that are transported between Europe and North America, including crude oil, manufactured goods, and food products. The route is also significant because it connects the major ports of Europe, such as Rotterdam and Antwerp, to major ports in North America, such as New York and Montreal. The North Atlantic route is a critical component of global trade, and the high volume of shipping traffic on this route makes it the busiest ocean trade route in the world.

Gụọ akwụkwọ nkuzi na Human Geography (JAMB)

Human Geography

Lee Azịza

Ajụjụ 6 Ripọtì

The image below shows the volume and direction of passenger traffic between IZABU town and its surrounding towns in the year 2001.

Scale: 1 line represents 1,500 persons

By how much is the traffic between IZABU and Anikpu more than the traffic between IZABU and Ugba?

1,200

1,500 Azịza ziri ezi

1,700

1,800

Akọwa Nkọwa

The traffic between IZABU and Anikpu is more than the traffic between IZABU and Ugba by 1,500 people. To determine this, we can compare the length of the lines in the diagram. The line representing the traffic between IZABU and Anikpu is longer than the line representing the traffic between IZABU and Ugba, which means that more people are traveling between IZABU and Anikpu than between IZABU and Ugba. According to the scale, one line represents 1,500 people, so if the line between IZABU and Anikpu is 1 unit longer than the line between IZABU and Ugba, that means the difference in traffic is 1,500 people. In simple terms, the difference in traffic between IZABU and Anikpu compared to IZABU and Ugba is 1,500 people, as shown by the difference in the length of the lines in the diagram.

Gụọ akwụkwọ nkuzi na Geographic Information System (GIS)** (WAEC)

Geographic Information System (GIS)**

Lee Azịza

Ajụjụ 7 Ripọtì

If the map of NITY DISTRICT is reduced to half, what will be the scale of the new map in Representative Fraction (RF)?

1: 25,000

1 : 50,000

1 : 100,000 Azịza ziri ezi

1 : 150,000

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Map Work (WAEC)

Gụọ akwụkwọ nkuzi na Principles Of Elementary Surveying* (WAEC)

Map Work

Principles Of Elementary Surveying*

Lee Azịza

Ajụjụ 8 Ripọtì

The predominance of consumer-oriented industries in developing countries is accounted for by

limited demand

adequate capital Azịza ziri ezi

limited skilled manpower

high level of technology

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Industry (WAEC)

Industry

Lee Azịza

Ajụjụ 9 Ripọtì

Which of the following settlements is nodal?

Beace

Hop

Proga

NITY Azịza ziri ezi

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Settlement (WAEC)

Settlement

Lee Azịza

Ajụjụ 10 Ripọtì

How many standard time zones will a country with a longitudinal extent of 150° have?

10 Azịza ziri ezi

Akọwa Nkọwa

The Earth has 360 degrees of longitude, and there are 24 standard time zones spread across the Earth's surface, with each standard time zone covering 15 degrees of longitude. Therefore, a country with a longitudinal extent of 150 degrees would cover 10 standard time zones (150/15). The number of standard time zones a country covers depends on the country's longitudinal extent, and how many 15 degree segments that extent covers. So, the correct answer is 10.

Lee Azịza

Ajụjụ 11 Ripọtì

The density of the earth's crust varies from

17.0 g/cm3 to 19.5 g/cm3

8.0 g/cm3 to 10.9 g/cm3

4.5 g/cm3 to 7.0 g/cm3

2.5 g/cm3 to 3.3 g/cm3 Azịza ziri ezi

Akọwa Nkọwa

The density of the earth's crust varies from 2.5 g/cm3 to 3.3 g/cm3. The Earth's crust is the outermost layer of the Earth, and is composed of various minerals and rocks. The density of the crust varies depending on its composition, with lighter minerals like quartz and feldspar having lower densities than heavier minerals like iron and magnesium. Overall, the average density of the Earth's crust is around 2.7 g/cm3, which is much lower than the densities of the Earth's mantle and core. It is important to note that the density of the crust can also vary locally depending on factors like the presence of mineral deposits or the formation of mountains and other geologic features.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 12 Ripọtì

The image below shows the volume and direction of passenger traffic between IZABU town and its surrounding towns in the year 2001.

Scale: 1 line represents 1,500 persons

Which of the following statistical methods is represented above?

Dot map

Isohaline map

Flow chart Azịza ziri ezi

Bar chart

Akọwa Nkọwa

The statistical method represented above is a flow chart. The flow chart is a graphical representation of the volume and direction of passenger traffic between IZABU town and its surrounding towns in the year 2001. Each line on the chart represents 1,500 persons who travelled between two towns, and the direction of the line indicates the direction of travel. The width of the line may indicate the relative volume of passengers who traveled between the two towns. Therefore, a flow chart is a type of diagram that shows the movement of objects or people between different locations or stages.

Gụọ akwụkwọ nkuzi na Statistical Maps And Diagrams (WAEC)

Statistical Maps And Diagrams

Lee Azịza

Ajụjụ 13 Ripọtì

The predominant process of weathering in the desert region is

biological

chemical

physical Azịza ziri ezi

solution

Akọwa Nkọwa

The predominant process of weathering in the desert region is physical weathering. Physical weathering is the breakdown of rocks into smaller pieces without changing their chemical composition. In the desert region, temperature changes and the movement of wind-blown sand and rock fragments can cause physical weathering. Over time, rocks in the desert are broken down into smaller pieces and eventually into sand, which can then be carried away by the wind. While chemical and biological weathering can also occur in the desert, physical weathering is the most common due to the unique environmental conditions in this region.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 14 Ripọtì

Which climatic type has winter rain

Equatorial

Meditaerranean Azịza ziri ezi

Tropical continental

Tropical monsoon

Akọwa Nkọwa

The climatic type that has winter rain is the Mediterranean climate. The Mediterranean climate is characterized by mild, wet winters and hot, dry summers. This type of climate is found in coastal regions bordering the Mediterranean Sea, as well as in other regions with similar climates, such as California in the United States. The winter rains in Mediterranean climates are a result of the prevailing westerly winds, which bring moist air from the Atlantic Ocean. This moisture is then deposited as rain in the coastal regions with Mediterranean climates, providing a source of water during the typically dry summer months. The winter rain and the mild temperatures of the Mediterranean climate make it ideal for growing a wide variety of crops, including fruits, vegetables, and wine grapes.

Gụọ akwụkwọ nkuzi na Elements Of Physical Geography (WAEC)

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Elements Of Physical Geography

Physical Geography

Lee Azịza

Ajụjụ 15 Ripọtì

If the temperature reading at an observatory located on top of a dormant volcano is 6°C what will be the temperature at the bottom of the volcano if the observatory is 3,000 meters from the surrounding lowland?

5.5 °C

13.5 °C

25.5°C Azịza ziri ezi

35.5 °C

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 16 Ripọtì

Where can civil conflicts be resolved in the District?

Proga

Coura

Hop

NITY Azịza ziri ezi

Akọwa Nkọwa

Unfortunately, I cannot answer this question without additional context. The District that you are referring to is not specified, and there is no information provided about what "Proga," "Coura," "Hop," or "NITY" refer to. If you can provide more details or clarify your question, I would be happy to help you.

Gụọ akwụkwọ nkuzi na Settlement (WAEC)

Gụọ akwụkwọ nkuzi na Human Geography (JAMB)

Settlement

Human Geography

Lee Azịza

Ajụjụ 17 Ripọtì

One important consequence of the location of Nigeria between latitudes 41 and 14" North of the equator is that

the northern part of the country enjoys land and sea breezes

all parts of the country receive rainfall throughout the year

all parts of the country have luxuriant vegetation

Some parts Of the country enjoy a hot, wet tropical climate throughout the year Azịza ziri ezi

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Regional Geography (JAMB)

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Regional Geography

Physical Geography

Lee Azịza

Ajụjụ 18 Ripọtì

Which of the following examples of igneous rock is extrusive?

Granite

Basalt Azịza ziri ezi

Gabbro

Diorite

Akọwa Nkọwa

Igneous rocks are formed from the solidification of magma or lava. Depending on where the rock cools and solidifies, it can be classified as either extrusive or intrusive. Extrusive rocks are formed when lava from a volcanic eruption cools quickly on the surface of the earth, forming small crystals or no crystals at all. On the other hand, intrusive rocks are formed when magma cools slowly underground, allowing larger crystals to form. Out of the four examples of igneous rock, basalt is the only extrusive rock. Basalt is formed from the rapid cooling of lava on the surface of the earth, resulting in small or no crystals. Granite, gabbro, and diorite, on the other hand, are all intrusive rocks that formed from slow cooling of magma deep within the earth, resulting in larger crystals. Therefore, the correct answer is "Basalt".

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 19 Ripọtì

What is the contour interval of the map?

50 m

100 m Azịza ziri ezi

150 m

400 m

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Principles Of Elementary Surveying* (WAEC)

Principles Of Elementary Surveying*

Lee Azịza

Ajụjụ 20 Ripọtì

The image below shows the volume and direction of passenger traffic between IZABU town and its surrounding towns in the year 2001.

Scale: 1 line represents 1,500 persons

One major advantage of the figure is that, it

is easy to construct

shows quantity and direction together Azịza ziri ezi

is easy to interpret

involves mathematical calculation

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Geographic Information System (GIS)** (WAEC)

Geographic Information System (GIS)**

Lee Azịza

Ajụjụ 21 Ripọtì

A rapid population growth can result from

high death and low birth rate

the use of family planning methods

absence of natural hazards

improved medical care Azịza ziri ezi

Akọwa Nkọwa

Rapid population growth occurs when the number of births exceeds the number of deaths in a population. This can be influenced by several factors, including improved medical care, which reduces the number of deaths, and an absence of natural hazards that can also cause death. Additionally, if family planning methods are not widely used, then there may be a higher number of births, which can contribute to rapid population growth. Therefore, the absence of factors that limit population growth, along with improvements in healthcare, can lead to a rapid increase in population.

Gụọ akwụkwọ nkuzi na World Population (WAEC)

World Population

Lee Azịza

Ajụjụ 22 Ripọtì

The approximate length of R. Ofon is

18.3 km Azịza ziri ezi

16.5 km

6.6 km

3.0 km

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Principles Of Elementary Surveying* (WAEC)

Principles Of Elementary Surveying*

Lee Azịza

Ajụjụ 23 Ripọtì

Which of the following features is found in the upper course of a river?

Levee

Gorge Azịza ziri ezi

Ox-bow lake

Delta

Akọwa Nkọwa

One feature that is found in the upper course of a river is a gorge. The upper course of a river is where it begins, typically in upland or mountainous areas, and is characterized by steep gradients, high energy, and narrow channels. Gorges are deep, narrow valleys with steep sides that are formed by the erosive power of the river as it cuts down into the landscape. They are a common feature in the upper course of a river where the water is moving quickly and eroding the surrounding rocks and soil. Levees, ox-bow lakes, and deltas are features that are typically found in the middle and lower courses of a river where the water is moving more slowly and has less erosive power.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 24 Ripọtì

Which of the following is not a volcanic feature?

Caldera

Geyser

Dyke

Ventifact Azịza ziri ezi

Akọwa Nkọwa

Volcanoes are formed when magma, ash, and gas escape from a magma chamber and rise to the Earth's surface. There are several types of volcanic features that are formed by this process. A ventifact is not a volcanic feature. A ventifact is a geological feature that is formed by the erosive action of wind-blown sand on rocks. Over time, wind-blown sand can abrade rocks and create unusual shapes and formations. Therefore, the answer is: Ventifact. Ventifacts are not related to volcanic activity and are formed by the action of wind on rock surfaces, while calderas, geysers, and dykes are all volcanic features formed by the movement of magma and other volcanic material.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 25 Ripọtì

Which of the following igneous intrusions is horizontally inclined?

Sill Azịza ziri ezi

Dyke

Laccolith

Batholith

Akọwa Nkọwa

Igneous intrusions are formed when magma solidifies and becomes rock. There are several types of igneous intrusions, and they can be classified based on their shape, size, and orientation. A sill is a type of igneous intrusion that is formed when magma is injected parallel to the layers of existing rock and solidifies. This creates a horizontal or near-horizontal sheet-like intrusion that is parallel to the surrounding rock. Therefore, the answer is: Sill. A sill is horizontally inclined and can be distinguished from other types of igneous intrusions like dykes, laccoliths, and batholiths, which have different shapes and orientations.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 26 Ripọtì

Which of the following factors hinder the development of tourism? I. Spread of diseases II. Escalation of crime Ill. Adequate publicity IV. Inadequate appreciation of leisure

I and II only

II And III only

I and IV only Azịza ziri ezi

III and IV only

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Tourism (WAEC)

Tourism

Lee Azịza

Ajụjụ 27 Ripọtì

The highest elevation in the mapped area is approximately

800 m

900 m

1250 m Azịza ziri ezi

1400 m

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 28 Ripọtì

What is the sum total of human resources available in a country called?

Cluster

Inhabitant

Population Azịza ziri ezi

Primary

Akọwa Nkọwa

The sum total of human resources available in a country is called its population. Population refers to the total number of people who live in a specific geographic area, such as a city, state, or country. It is usually measured by a census, which is a survey that counts every person in a given area. Population is an important measure of a country's human resources because it can provide insight into the size and demographics of the workforce, as well as the overall social and economic characteristics of the country. Therefore, the total number of people living in a country is called its population.

Gụọ akwụkwọ nkuzi na Human Geography (JAMB)

Human Geography

Lee Azịza

Ajụjụ 29 Ripọtì

Earth's surface is warmed by solar energy through

Refraction

convection

conduction Azịza ziri ezi

Radiation

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 30 Ripọtì

Most industries in the West African sub-region are

large-scale

small-scale Azịza ziri ezi

medium-scale

capital intensive

Akọwa Nkọwa

Most industries in the West African sub-region are small-scale. Small-scale industries are those that produce goods or services on a small or localized scale, often using simple technologies and manual labor. In West Africa, many industries are small-scale because the region has a largely rural and informal economy, with many people working in agriculture and informal trade. Small-scale industries can include food processing, textiles, handicrafts, and construction materials. While there are some large-scale industries in the region, such as mining and oil production, these tend to be concentrated in specific areas and are often dominated by foreign companies. Small-scale industries can provide important opportunities for local employment and economic development in the region. They can also be more adaptable to local conditions and needs than large-scale industries.

Gụọ akwụkwọ nkuzi na Industry (WAEC)

Industry

Lee Azịza

Ajụjụ 31 Ripọtì

A settlement type in which buildings are aligned along a road or river is said to be

dispersed

nucleated

linear Azịza ziri ezi

clustered

Akọwa Nkọwa

A settlement type in which buildings are aligned along a road or river is said to be linear. This means that the buildings are arranged in a line or series along the road or river. This type of settlement pattern is often seen in areas with transportation routes, where people and goods need to move easily along a path. Linear settlements can be found in various forms, such as a single row of buildings or a series of parallel rows. They are different from nucleated or clustered settlements, where buildings are grouped together in a tight cluster, and dispersed settlements, where buildings are spread out across the landscape.

Gụọ akwụkwọ nkuzi na Settlement (WAEC)

Settlement

Lee Azịza

Ajụjụ 32 Ripọtì

Transportation helps economic development through all the following except

movement of people and commodities

promotion of national and international trade

diffusion of ideas and technology

distribution of human population Azịza ziri ezi

Akọwa Nkọwa

Transportation does not necessarily help in the distribution of the human population. While transportation does facilitate the movement of people and commodities, promote national and international trade, and diffuse ideas and technology, it does not necessarily result in a more even distribution of the population. For example, transportation infrastructure can lead to urbanization and the concentration of people in certain areas, rather than spreading them out more evenly across a region. The location and availability of transportation options can also influence where people choose to live and work, leading to imbalances in population distribution. In simple terms, transportation helps in many ways to support economic development, but it does not always result in a more even distribution of the population.

Gụọ akwụkwọ nkuzi na Transportation (WAEC)

Transportation

Lee Azịza

Ajụjụ 33 Ripọtì

Two opposite longitudes form

a Great Circle Azịza ziri ezi

the Equator

the International Dateline

the arctic Circle

Akọwa Nkọwa

Longitude is the angular distance of a location on Earth's surface east or west of the Prime Meridian, which is an imaginary line that runs from the North Pole to the South Pole and passes through Greenwich, England. Two opposite longitudes form a Great Circle. A Great Circle is a circle on the surface of a sphere that has the same center as the sphere. It is the largest possible circle that can be drawn on a sphere and divides the sphere into two equal hemispheres. Therefore, the answer is: a Great Circle. Two opposite longitudes form a Great Circle, while the Equator is an imaginary circle that lies at 0 degrees latitude, the International Dateline is an imaginary line that runs roughly from the North Pole to the South Pole and defines the change of calendar days, and the Arctic Circle is an imaginary circle that lies at 66.5 degrees North latitude.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 34 Ripọtì

What is the local time in Town X at 45° E, when it is noon at 0°?

6.00 pm

6.00 am

3.00 pm Azịza ziri ezi

3.00 am

Akọwa Nkọwa

To determine the local time in Town X at 45° E when it is noon at 0°, we need to calculate the time difference between the two locations and add it to or subtract it from noon at 0°. Since every 15 degrees of longitude represents one hour of time difference, the longitude difference between 0° and 45° E is 45 ÷ 15 = 3 hours ahead of the 0° time zone. So, if it is noon at 0°, it would be 3:00 pm in Town X (0 + 3 = 3) since Town X is 3 hours ahead of the 0° time zone. Therefore, the answer is 3:00 pm.

Gụọ akwụkwọ nkuzi na Practical Geography (JAMB)

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Practical Geography

Physical Geography

Lee Azịza

Ajụjụ 35 Ripọtì

A crescentic depositional feature found in desert mice is

rock pedestal

zeugen

Yangdang

Barchan dune Azịza ziri ezi

Akọwa Nkọwa

A crescentic depositional feature found in desert mice is a Barchan dune. This type of dune is shaped like a crescent moon and has horns pointing downwind. Barchan dunes form in areas where there is a limited supply of sand, and wind blows predominantly from one direction. As sand is blown up the windward side of the dune, it accumulates and forms the crescentic shape. The wind then moves the sand over the crest and down the leeward slope, creating the horns. Barchan dunes can range in size from a few meters to several hundred meters, and are commonly found in desert regions around the world.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 36 Ripọtì

Caverns, dry valleys and underground drainage are associated with which of the following areas?

Coastal

Desert

Limestone Azịza ziri ezi

Mountainous

Akọwa Nkọwa

Caverns, dry valleys, and underground drainage are associated with limestone areas. Limestone is a sedimentary rock that is formed from the accumulation of calcium carbonate over time. It is easily dissolved by water, which can create underground drainage systems and caverns. Caverns are large underground chambers or cave systems that are formed by the erosion of limestone by water. Dry valleys are valleys or channels that are formed when a river or stream flows underground through a limestone area, leaving the surface dry. Mountainous areas can also have caverns and underground drainage, but limestone areas are the most commonly associated with these features due to the unique properties of the rock. Coastal areas are typically associated with erosion by the sea and the formation of sea caves. Desert areas are characterized by low precipitation and are less likely to have extensive underground drainage systems.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 37 Ripọtì

Banking, insurance, and teaching are examples of which industry?

Consumer

Tertiary Azịza ziri ezi

Secondary

Primary

Akọwa Nkọwa

Banking, insurance, and teaching are examples of the tertiary industry. The tertiary industry refers to the service sector of an economy, which involves the provision of services to individuals and businesses. This industry includes activities such as banking, insurance, education, healthcare, hospitality, and professional services such as accounting, consulting, and legal services. In contrast, the primary industry refers to the sector of an economy that involves the extraction and production of natural resources, such as agriculture, forestry, fishing, and mining. The secondary industry refers to the sector of an economy that involves the manufacturing of goods, such as the production of cars, clothing, electronics, and other products. So, banking, insurance, and teaching are examples of the tertiary industry because they are service-based industries that provide services to individuals and businesses, rather than producing goods or extracting natural resources.

Gụọ akwụkwọ nkuzi na Industry (WAEC)

Industry

Lee Azịza

Ajụjụ 38 Ripọtì

The term relative location of a settlement refers to

the nature of the land on which the settlement is located

the position of a settlement in relation to others Azịza ziri ezi

a settlement inhabited by relatives

an imaginary point on a settlement

Akọwa Nkọwa

The term relative location of a settlement refers to the position of the settlement in relation to other places or landmarks. It describes where a settlement is located in relation to other towns, cities, mountains, rivers, or other important features in the surrounding area. This information can be useful for understanding the accessibility and connectivity of the settlement, as well as its potential for trade or transportation. It does not refer to the nature of the land, whether the settlement is inhabited by relatives, or an imaginary point on a settlement.

Gụọ akwụkwọ nkuzi na Human Geography (JAMB)

Human Geography

Lee Azịza

Ajụjụ 39 Ripọtì

From what are carbonaceous types of sedimentary rocks made of?

Tropical heat

Molten Magma

Vegetable matter Azịza ziri ezi

Coral remains

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Elements Of Physical Geography (WAEC)

Elements Of Physical Geography

Lee Azịza

Ajụjụ 40 Ripọtì

The image below shows the volume and direction of passenger traffic between IZABU town and its surrounding towns in the year 2001.

Scale: 1 line represents 1,500 persons

How many passengers travelled between IZABU and Ashama?

6,000

8,000

10,000

12,000 Azịza ziri ezi

Akọwa Nkọwa

To determine the number of passengers who travelled between IZABU and Ashama, we need to look at the line that connects these two towns on the map and count the number of lines that cross the line connecting the two towns. According to the scale, each line represents 1,500 persons. So, if we count the number of lines that cross the line connecting IZABU and Ashama, we can determine the number of passengers who travelled between these two towns. Upon counting, we can see that there are 8 lines that cross the line connecting IZABU and Ashama. Therefore, the number of passengers who travelled between IZABU and Ashama in the year 2001 was 8 lines x 1,500 persons/line = 12,000 persons. Therefore, the answer is 12,000.

Gụọ akwụkwọ nkuzi na Geographic Information System (GIS)** (WAEC)

Geographic Information System (GIS)**

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Ajụjụ 41 Ripọtì

The instrument, barometer, is used for measuring

temperature

wind speed

relative humidity

air pressure Azịza ziri ezi

Akọwa Nkọwa

The instrument barometer is used for measuring air pressure. It works by measuring the weight of the air pressing down on the surface of a liquid (usually mercury or water) in a tube. The higher the pressure, the more the liquid is pushed up the tube. This can be used to determine changes in atmospheric pressure, which can indicate changes in the weather.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

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Ajụjụ 42 Ripọtì

The relief feature on the west of NITY which extends to the north-western corner of the map is a

gorge

plain

plateau

ridge Azịza ziri ezi

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

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Ajụjụ 43 Ripọtì

What is the scale of the map in statement form?

one centimeter on the map represents half kilometer on the ground Azịza ziri ezi

One centimeter on the map represents one kilometer on the ground.

One centimeter on the map represents five kilometers on the ground

One centimeter on the map represents fifteen kilometers on the ground.

Akọwa Nkọwa

The scale of a map tells us how much the size of the map feature on the paper corresponds to the actual size of that feature on the ground. In other words, it tells us how much the map has been reduced compared to the actual size of the area being mapped. In the first statement, "one centimeter on the map represents half a kilometer on the ground", it means that every 1 centimeter on the map represents a distance of 0.5 kilometers on the ground. In the second statement, "One centimeter on the map represents one kilometer on the ground", it means that every 1 centimeter on the map represents a distance of 1 kilometer on the ground. In the third statement, "One centimeter on the map represents five kilometers on the ground", it means that every 1 centimeter on the map represents a distance of 5 kilometers on the ground. In the fourth statement, "One centimeter on the map represents fifteen kilometers on the ground", it means that every 1 centimeter on the map represents a distance of 15 kilometers on the ground.

Gụọ akwụkwọ nkuzi na Map Work (WAEC)

Map Work

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Ajụjụ 44 Ripọtì

Which of the following rocks is not metamorphic

Shale Azịza ziri ezi

Schist

Quartzite

Slate

Akọwa Nkọwa

The rock that is not metamorphic is Shale. Metamorphic rocks are formed from pre-existing rocks that have undergone physical and chemical changes due to high pressure, heat, or both. The process of metamorphism can cause the minerals in the original rock to recrystallize and form new minerals, resulting in a change in texture and composition. Schist, quartzite, and slate are all examples of metamorphic rocks. Schist is formed from shale or mudstone that has undergone high pressure and heat, causing the minerals in the rock to recrystallize into thin, platy layers. Quartzite is formed from sandstone that has undergone a process of recrystallization, cementation, and metamorphism. Slate is formed from shale or mudstone that has undergone low-grade regional metamorphism. Shale, on the other hand, is a sedimentary rock that is formed from compacted mud or clay. It is not formed through the process of metamorphism and therefore cannot be classified as a metamorphic rock. Therefore, Shale is the rock that is not metamorphic.

Gụọ akwụkwọ nkuzi na Elements Of Physical Geography (WAEC)

Elements Of Physical Geography

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Ajụjụ 45 Ripọtì

Which of the following areas in Tropical Africa is densely populated?

South-western Nigeria Azịza ziri ezi

The middle belt of West Africa

The Sahel region of West Africa

The Niger Delta

Akọwa Nkọwa

South-western Nigeria is densely populated in Tropical Africa. Densely populated areas are those with a high concentration of people living in a given area. In Tropical Africa, there are several factors that influence population density, including climate, soil, vegetation, and water resources. South-western Nigeria has a high population density compared to the other regions mentioned. This is due to several reasons, including favorable climate and fertile soil, which are suitable for agriculture. Also, the region is home to several urban centers, including Lagos, which is one of the most populous cities in Africa. The middle belt of West Africa, the Sahel region of West Africa, and the Niger Delta have lower population densities compared to South-western Nigeria. The middle belt of West Africa is characterized by savannah grassland, while the Sahel region of West Africa is characterized by arid and semi-arid climate. The Niger Delta region is dominated by a network of rivers, creeks, and swamps, which make the area difficult to inhabit. Therefore, South-western Nigeria is the most densely populated area in Tropical Africa among the regions mentioned.

Gụọ akwụkwọ nkuzi na World Population (WAEC)

World Population

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Ajụjụ 46 Ripọtì

Which of the following processes of wind action is erosion?

Saltation

Deflation Azịza ziri ezi

Suspension

Traction

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 47 Ripọtì

Which of the following elements of climate is used in the Greek System of climate classification?

Rainfall

Pressure

Humidity

Temperature Azịza ziri ezi

Akọwa Nkọwa

The Greek System of climate classification is based on temperature, which is the main element used to classify different climates. This system divides climates into three main categories based on average temperature: the tropical, temperate, and polar climates. Within each of these categories, there are further subdivisions based on temperature and other factors such as rainfall, humidity, and pressure. For example, the Mediterranean climate is a subdivision of the temperate climate category and is characterized by mild, wet winters and hot, dry summers. Therefore, the element of climate used in the Greek System of climate classification is temperature. While other factors such as rainfall, humidity, and pressure are considered, they are not the primary factors used to classify climates in this system.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

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Ajụjụ 48 Ripọtì

Rift valleys are formed through which of the following processes?

Erosion

Folding

Weathering

Faulting Azịza ziri ezi

Akọwa Nkọwa

Rift valleys are formed through a process called faulting. Faulting occurs when the Earth's crust cracks and breaks along two parallel faults, causing the land between the faults to sink and form a valley. This process can happen over a long period of time and can be caused by various geological factors, such as tectonic plate movements, volcanic activity, and changes in the Earth's crust. In simple terms, rift valleys are formed when the ground splits and sinks along two cracks, creating a valley between them. This splitting and sinking of the land is called faulting and is caused by various geological processes.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

Lee Azịza

Ajụjụ 49 Ripọtì

Which of the following is a drainage pattern?

Delta

Mouth

Source

Trellis Azịza ziri ezi

Akọwa Nkọwa

A drainage pattern that is represented by one of the options given is the Trellis pattern. A drainage pattern is a geological term that describes the layout of the network of channels that make up a river system. It is influenced by the underlying geology, topography, and climate of a region. There are several types of drainage patterns, including dendritic, trellis, radial, rectangular, and parallel patterns. The Trellis drainage pattern is characterized by a main river channel that is joined at nearly right angles by smaller tributaries. The pattern is usually formed in regions with folding or parallel folding of rock layers. The tributaries usually form in valleys between the ridges formed by the folds, and they flow into the main channel, which runs parallel to the ridges. The pattern resembles a garden trellis or net, with the main channel representing the vertical lines and the tributaries the horizontal lines. Therefore, the Trellis pattern is a type of drainage pattern characterized by smaller tributaries joining the main river channel at nearly right angles.

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

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Ajụjụ 50 Ripọtì

Vosges and black forest mountains are examples of

residual

block Azịza ziri ezi

fold

volcanic

Akọwa Nkọwa

Gụọ akwụkwọ nkuzi na Physical Geography (JAMB)

Physical Geography

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