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NECO GCE Geography Practical Answers 2022
NECO GCE GEOGRAPHY
(3a) Plutonic rocks are a type of igneous rock that forms when molten rock (magma) cools and solidifies beneath the Earth’s surface. Examples of plutonic rocks include: granite and gabbro.
(3b)
(I) Mechanically formed sedimentary rocks are formed by the physical processes of weathering and erosion, while chemically formed sedimentary rocks are formed by the chemical processes of precipitation and crystallization.
(II) Mechanically formed sedimentary rocks have a clastic or fragmented texture, while chemically formed sedimentary rocks have a crystalline or amorphous texture.
(III) The composition of mechanically formed sedimentary rocks is determined by the type and composition of the source rocks they are derived from, while the composition of chemically formed sedimentary rocks is determined by the chemical reactions that take place during their formation.
(IV) Mechanically formed sedimentary rocks can be formed on or near the Earth’s surface, while chemically formed sedimentary rocks typically form at depth, where the conditions are more conducive to chemical reactions.
(3c)
(I) Igneous rocks are formed from molten rock (magma) that has cooled and solidified.
(II) Igneous rocks have a crystalline texture, with interlocking crystals of various minerals that formed as the magma cooled.
(III) The composition of igneous rocks is determined by the type and composition of the magma they formed from.
(IV) Igneous rocks can be divided into two main types: plutonic and volcanic. Plutonic igneous rocks form when magma cools and solidifies beneath the Earth’s surface, while volcanic igneous rocks form when magma reaches the surface and cools rapidly.
NECO GCE GEOGRAPHY
(4a)
(I) Latitude: The distance of a location from the equator is a major factor that determines its climate. Locations near the equator receive more direct sunlight and have warmer temperatures, while locations farther from the equator are cooler and receive less direct sunlight.
(II) Altitude: The altitude of a location also affects its climate. Locations at higher elevations are cooler, due to the decrease in atmospheric pressure and the decrease in the amount of air (and therefore heat) that can be held at higher elevations.
(III) Distance from large bodies of water: The proximity of a location to large bodies of water can affect its climate. Locations near large bodies of water tend to have more moderate temperatures and more consistent precipitation patterns, due to the influence of the water on the local climate.
(IV) Prevailing winds: The direction and strength of the prevailing winds can also affect a location’s climate. For example, locations downwind of large bodies of water may experience more rainfall, while locations downwind of deserts may be drier.
(4b)
(I) Rain: is the most common form of precipitation, and it occurs when liquid water droplets fall from the clouds and reach the ground.
(II) Snow: is a form of precipitation that consists of frozen water droplets that fall from the clouds and accumulate on the ground.
(III) Sleet is a form of precipitation that consists of small, ice pellets that fall from the sky.
(IV) Hail is a form of precipitation that consists of balls or lumps of ice that fall from the sky.
NECO GCE GEOGRAPHY
(5a)
Denudation is the process by which the surface of the earth is worn away by natural forces such as weathering, erosion, and transport.
(5b)
(I) Climate: The climate in a given area can play a significant role in the rate of denudation. For example, areas with high levels of rainfall may experience faster rates of denudation due to the action of water on the earth’s surface.
(II) Topography: The topography of an area, or its shape and elevation, can also affect the rate of denudation. For instance, steep slopes are more susceptible to erosion than gentle slopes, and higher elevations are more likely to experience erosion due to the action of wind and water.
(III) Geology: The type of rock and soil present in an area can also influence the rate of denudation. For example, certain types of rock are more susceptible to weathering and erosion than others, and the composition of the soil can affect its ability to hold onto water and resist erosion.
(IV) Human activity: Human activities such as farming, mining, and construction can also contribute to denudation. For example, deforestation can lead to soil erosion, and the construction of roads and buildings can create channels for water to flow, increasing the rate of erosion.
NECO GCE GEOGRAPHY
(8a)
(I) Data: The data component of a GIS refers to the spatial data that is stored and managed within the system. This data can be in the form of points, lines, polygons, or raster data, and it can represent various features on the earth’s surface, such as roads, buildings, rivers, and land use.
(II) Hardware: The hardware component of a GIS refers to the physical infrastructure and equipment that is used to support the system. This can include computers, servers, storage devices, and input/output devices such as scanners, printers, and GPS receivers.
(III) Software: The software component of a GIS refers to the specialized software programs that are used to manage, analyze, and visualize spatial data. This can include desktop GIS software, web-based GIS applications, and mobile GIS applications.
(IV) People: The people component of a GIS refers to the individuals who use the system, such as GIS analysts, geographers, and planners. These individuals have the knowledge and skills to use the system to manage, analyze, and interpret spatial data.
(8b)
(I) GIS allows for the integration of data from different sources, making it easier to analyze and understand complex spatial information.
(II) GIS enables users to visualize and analyze data in a spatial context, allowing them to see patterns and trends that might not be immediately apparent in tabular data.
(III) GIS allows for the creation of accurate maps and other spatial visualizations, which can be used to communicate information and support decision making.
(IV) GIS can be used to analyze and model spatial relationships and processes, such as the spread of disease or the impact of development on the environment.
(V) GIS can help organizations to manage and optimize their operations, by allowing them to identify and address inefficiencies, improve service delivery, and make more informed decisions.
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