India’s size and area

The governing concept of a subcontinent combines considerable geographical size with distinctive physical structure and diversity. India occupies a large, compact part of South Asia and contains major contrasts such as the Himalayan mountains, the Northern Plains, the Peninsular Plateau, deserts, coastal plains, and islands. These landforms create differences in relief, climate, soils, drainage, vegetation, and human activities. Therefore, option A is correct: both large area and physical diversity contribute to India's subcontinental character. Option B is incorrect because India is not one uniform plain. C is false because India is not polar, and D is false because the country has extensive sea contact rather than complete separation from the sea.

The correct answer is A. India’s large area covers mountains, plateaus, plains, deserts, coasts and islands, and these varied landforms interact with differences in latitude, altitude and seasonal winds. As a result, India experiences many climatic conditions and possesses diverse soil, water, forest and mineral resources. The governing concept is that greater spatial extent usually includes greater variation in physical factors, which produces regional diversity. Option B is false because India has many landform types, not one plain. Option C ignores the contrast between the Arabian Sea, Bay of Bengal and inland regions. Option D is the opposite of the geographical evidence. Large size does not alone cause every difference, but it provides the spatial range for diversity to develop.

The governing concept is that a large country contains varied physical regions, climates, rocks, soils, and drainage conditions. India’s extensive area includes mountains, plains, plateaus, deserts, coasts, islands, and different climatic zones. These variations influence the occurrence and use of minerals, forests, water, fertile soil, fisheries, and energy resources. Therefore, option B is correct: resources are distributed regionally rather than being concentrated uniformly everywhere. Option A is too absolute, because resources occur in many regions. Option C denies the evident presence of abundant resources, while option D wrongly restricts resources to the sea and ignores major land-based resources.

The governing concept is the comparison of India’s area with the total land area of the world. India occupies approximately 2.4% of the world’s land area, so option B is correct. This figure is a geographical proportion, not India’s share of the Earth’s entire surface, which also includes oceans. India is the seventh-largest country by area and has a substantial population despite occupying a relatively small fraction of global land. The values 1.8%, 3.4% and 4.2% are plausible-looking distractors, but they do not represent the standard textbook estimate for India’s share of world land area. The key fact to retain is: India’s area is about 2.4% of the world’s land area.

By total area, India is generally ranked seventh among the world’s countries, and Australia ranks sixth, immediately before it. Therefore, option A is correct. The commonly remembered sequence for the largest countries places Russia first, Canada second, China third, the United States fourth, Brazil fifth, Australia sixth and India seventh, although rankings can vary slightly depending on the area measure used. In this school-geography context, Australia is the expected answer. Brazil is fifth in the usual sequence, China is third, and Canada is second, so those options do not occupy the position immediately before India.

The governing concept is the comparison of countries by total geographical area. India covers about 3.28 million square kilometres and is generally ranked as the seventh-largest country in the world by area. The six countries larger than it are Russia, Canada, China, the United States of America, Brazil and Australia. Therefore, option A gives the complete correct group. Options B, C and D contain countries whose areas are smaller than India; even though some of them are geographically important or large within their regions, they do not belong in the group of six countries exceeding India in area. The comparison must be based on area, not population, economic size or regional importance.

The governing fact is India’s share in the world’s total land area. India occupies about 3.28 million square kilometres, which is approximately 2.4 percent of the geographical area of the world. Therefore, option A is correct. Option B is clearly incorrect because India does not cover half of the world’s land; its share is only a small percentage. Option C is false because Australia has a larger area than India and is one of the countries ranked above India by area. Option D changes 2.4 percent to 0.24 percent, reducing the value by a factor of ten. Careful attention to the decimal is essential in this comparison.

The governing concept is comparative area ranking. India has an area of about 3.28 million square kilometres, whereas Australia covers roughly 7.7 million square kilometres. Thus, India is smaller than Australia, making option A correct. Russia, Canada and Brazil each have areas greater than India, so options B, C and D reverse the actual comparison. This relationship is also consistent with India’s usual ranking as the seventh-largest country by area. The comparison refers to total geographical area, not population, density, economic output or the length of the coastline. A country can be more populous or economically significant while still being smaller in area; therefore, the numerical area figures must be used to answer the question.

The governing concept is the comparison of international land boundary and total coastline length. India’s land boundary is approximately 15,200 kilometres, while its total coastline, including the mainland and islands, is about 7,516.6 kilometres. Since 15,200 is greater than 7,516.6, the land boundary is longer than the total coastline, so option A is correct. Option B reverses the numerical relationship. Option C is incorrect because the two lengths are very different, and option D is false because India shares land boundaries with several neighbouring countries, including Pakistan, China, Nepal, Bhutan, Bangladesh and Myanmar. The word “total” for coastline includes island coasts, but it still does not exceed the land boundary.

The governing concept is the distinction between area and coastline, including the coastline of India’s mainland and islands. India’s area is approximately 3.28 million square kilometres, while its total coastline is conventionally given as about 7,516.6 kilometres. Therefore, option A presents the correct pair and uses appropriate units: square kilometres for area and kilometres for coastline. Option B gives an incorrect area and an overstated coastline. Option C confuses the north–south length, 3,214 km, with coastline and gives an incorrect area. Option D combines an incorrect area with a longitude, 68°7'E, which cannot measure coastline. Both the figures and their units must be checked.

The governing concept is the administrative significance of geographical size and regional diversity. A large country commonly contains differences in relief, climate, resources, population distribution, transport access and economic needs. India’s extensive area therefore increases the need for regional planning so that policies can respond to local conditions; option A is correct. Large size does not produce one uniform climate, so option B is false. It also does not make all states equal in area, making option C false. Finally, a larger territory generally creates more, not less, need for boundary, transport and administrative management, so option D is incorrect. The answer follows from linking territorial scale with differentiated planning.

The governing concept is addition of two different boundary measurements expressed in the same unit. India’s commonly cited land boundary is about 15,200 km, and its total coastline, including the mainland and island coasts in the standard textbook figure, is about 7,516.6 km. Adding them gives 15,200 + 7,516.6 = 22,716.6 km. Therefore, option A is correct. Option C is only the approximate north-south extent, not a boundary total. Option D is close to the mainland’s north-south or related extent and does not result from the required addition, while option B is an unsupported rounded value. The calculation is valid only because both quantities are lengths measured in kilometres; their sum represents the combined land-boundary and coastline figure, not a separate physical perimeter measurement.

The governing concept is India’s latitudinal and longitudinal extent. The north-south distance is measured from the northern to the southern limit, while the east-west distance is measured from the eastern to the western limit. The standard figures used in this topic are approximately 3,214 km from north to south and 2,933 km from east to west. Hence option A gives both the correct directions and the correct units. Option B reverses the two figures. Option C uses figures associated with other geographical measurements or unrelated values, and option D combines an incorrect distance with a percentage, which cannot express linear extent. Checking direction and unit prevents the matching error.

The correct answer is regional differences in climate, relief and resources. India extends across a large north-south and east-west area, so its physical conditions are not uniform. The country includes the Himalayas, northern plains, peninsular plateaus, deserts, coasts and islands. These relief differences influence temperature, rainfall, soils, vegetation, agriculture and the distribution of minerals and water. A large territory therefore allows several natural regions to occur within one country. The statements that one soil type, equal rainfall or equal elevation occurs everywhere contradict observed geography. Hence option C best expresses how size makes diversity visible.

The correct answer is that India has a large area, a strategically important central location and great diversity. A share of about 2.4 percent of the world’s land does not mean India is small in absolute terms; India is one of the world’s largest countries by area. Its position between West and Southeast Asia, with access to the Indian Ocean, has supported historical trade and cultural links. Its varied relief, climate, population, resources and economic activities add further importance. The other options are factually opposite: India is not the smallest country, it has extensive sea contact, and it is not made only of islands.

The correct answer is that the coastline helps explain India’s maritime contact and boundary extent. A coastline is the zone where land meets the sea, so its length indicates the scale of a country’s relationship with the ocean. For India, the mainland coast together with island coasts has importance for ports, fishing, marine resources, trade, naval activity and contact with other regions. Coastline length does not measure population or mountain height. It also does not determine standard time, which is based on a selected meridian. Thus option C correctly connects coastline with India’s physical size and maritime orientation.

The governing idea is relative comparison: a percentage must be interpreted against the size of the whole. The world’s land area is enormous, so 2.4% of it still represents about 3.28 million km², a very large national territory. That amount places India among the largest countries and traditionally gives it the seventh position by area. Option A correctly explains why a seemingly modest percentage can correspond to a substantial absolute area. Option B is mathematically false because 2.4% is far below 50%. Option C is false because Australia is larger than India, and option D confuses area ranking with coastline length.

The governing concept is that area describes the spatial extent of a country and allows geographical quantities to be compared meaningfully. Population density is calculated as population divided by area, so the same population can produce different densities in areas of different size. Area also helps assess the availability and distribution of land, water, forests, minerals, settlements and agricultural resources. Therefore, option A is correct because it connects area with resources, density and regional distribution. Option B concerns a symbol rather than geography; option C confuses physical extent with language and culture; and option D confuses area with longitude-based local time. Area is thus a basic measure for population and regional analysis.

A percentage must be interpreted in relation to the size of the whole. The world’s land area is enormous, so 2.4 percent of it represents about 3.28 million square kilometres, a very large national territory. India’s seventh position in the world area ranking supports this interpretation: the percentage is not the majority of world land, but it is substantial enough to make India one of the largest countries. Thus option A is correct. Option B is a numerical absurdity because 2.4 percent is not 240 percent. Option C wrongly claims that India possesses all world land, and option D ignores the value of percentages for comparison. The statement concerns scale, not ownership of the whole planet.

The governing concept is comparative geographical size. India covers about 3.28 million square kilometres and is commonly ranked as the seventh-largest country by area, whereas Australia covers about 7.69 million square kilometres and is commonly ranked sixth. Thus Australia is larger than India, and its position immediately above India in area rankings makes it a useful comparison in a lesson on India's size. Option A is correct because it states both relevant facts. Option B is wrong because Australia is a separate country, not an Indian state or neighbouring state. Option C confuses a country with a coastline, and option D reverses the actual area relationship. The comparison is about total area, not population, shape, or coastline length.

The governing concept is latitudinal control of solar heating. India extends from the tropical south toward the subtropical north, so the angle at which the Sun’s rays strike the surface changes from one latitude to another. More direct rays concentrate energy over a smaller area, while oblique rays spread energy over a larger area; this produces differences in heating and average temperature. Latitude also interacts with altitude, relief, distance from the sea, winds, and monsoon circulation, creating further climatic variation. Option A is correct because it gives the fundamental geographical reason. Longitude primarily helps explain time differences, not the main north-south temperature pattern. The remaining options confuse coastline, area, or soil with the cause of climatic diversity.

The governing idea is the comparison of India’s land area with the total land area of the world. India occupies roughly 2.4 percent of the world’s land area, even though it contains a much larger share of the world’s population. The percentage is calculated conceptually as India’s land area divided by the world’s total land area, multiplied by 100. It is therefore an area-share statistic, not a measurement of a boundary or a time difference. Option A is correct because it names the relevant denominator: the world’s land area. Option B is wrong because a coastline is a length, normally expressed in kilometres. Option C incorrectly treats the land boundary as a percentage, and option D confuses a spatial area statistic with the difference between time zones. Always identify the denominator before interpreting a percentage.

The governing concept is the difference between angular measurement and linear measurement. Degrees describe an angle on Earth’s coordinate system: latitude indicates angular distance north or south of the Equator, and longitude indicates angular distance east or west of the Prime Meridian. Kilometres describe actual physical distance measured along the ground or between places. For example, India’s latitudinal and longitudinal limits are written in degrees, while its north-south extent, east-west extent, coastline, and land boundary are expressed in kilometres. Option A is correct because it matches each unit with its proper quantity. Option B is wrong because degrees do not measure area. Option C is wrong because kilometres measure distance, not percentage. Option D ignores the essential difference between angular position and physical length, which can lead to major errors in geographical calculations and MCQs.

The governing concept is the interpretation of longitude notation. The suffix E means east of the Greenwich or Prime Meridian, and both 68°7′E and 97°25′E are therefore eastern longitudes. Together they identify India’s western and eastern longitudinal limits and show that the country extends across eastern longitudes. Their numerical separation is approximately 29°18′: 97°25′ minus 68°07′ equals 29°18′. Option A is correct. Option B is wrong because southern or northern position is represented by latitude, marked S or N, not longitude. Option C is the opposite of what the E suffix indicates; India lies in the Eastern Hemisphere. Option D is incorrect because east-west extent is measured from the Prime Meridian, whereas the Equator is the reference for latitude. Reading the letter suffix before interpreting the number avoids this common error.

The governing concept is that boundaries have geopolitical as well as cartographic significance. A long land boundary places India in direct territorial contact with several neighbouring countries. Such contact supports movement, trade and cultural exchange, but it also requires clearly demarcated borders, immigration arrangements, infrastructure, surveillance, diplomacy and security management. Therefore option A correctly explains the geopolitical meaning of India’s extensive land boundary. Option B is wrong because a land boundary does not end maritime trade. Option C is the opposite of the fact: a country with extensive land borders is not an island country. Option D confuses boundary length with longitude and local time, which are separate geographic ideas.