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Locating Places on the Earth for Class 6: The Complete CBSE Guide (2026-27)

When you open a weather app and see rain predicted for your city, or track a flight moving across continents, you are using the same geographical principles that Class 6 students learn in locating places on the Earth. This foundational chapter equips young learners with the skill to identify any spot on our planet using a simple yet elegant coordinate system. Whether finding New Delhi on a world map, understanding why Australia is called the island continent, or explaining why the sun rises earlier in Assam than in Gujarat, this chapter provides the tools. The 2026-27 CBSE curriculum emphasises practical map skills alongside theoretical knowledge, making this one of the most application-oriented topics in Class 6 Social Science.

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Key takeaways

  • ✓The globe is a three-dimensional model of Earth showing accurate shapes and relative sizes of landmasses and water bodies without the distortion seen in flat maps.
  • ✓Latitude lines (parallels) run east-west and measure distance north or south from the Equator (0°), ranging from 0° to 90° in each hemisphere.
  • ✓Longitude lines (meridians) run north-south from pole to pole and measure distance east or west from the Prime Meridian (0° at Greenwich), ranging from 0° to 180°.
  • ✓The Equator divides Earth into Northern and Southern Hemispheres, while the Prime Meridian and 180° meridian divide it into Eastern and Western Hemispheres.
  • ✓Earth has seven major continents (Asia, Africa, North America, South America, Antarctica, Europe, Australia) and five major oceans (Pacific, Atlantic, Indian, Southern, Arctic).
  • ✓Any location on Earth can be pinpointed using a unique combination of latitude and longitude coordinates, forming an address system for the planet.
  • ✓CBSE Class 6 Social Science exams test locating places on the Earth through map-based questions worth 2-3 marks each, requiring accurate diagram labelling and coordinate identification.

Understanding the Globe as Earth's True Model

The globe represents Earth as a three-dimensional sphere, maintaining accurate proportions of continents, oceans, and distances that flat maps cannot preserve. When learning locating places on the Earth class 6, students first encounter the globe as the most faithful replica of our planet. A standard classroom globe is mounted on a tilted axis at 23.5 degrees, mirroring Earth's actual axial tilt that causes seasons. The globe shows the blue of oceans covering approximately 71% of Earth's surface and the brown-green landmasses occupying the remaining 29%. Unlike maps that distort either shape, area, distance, or direction due to the challenge of projecting a sphere onto a flat surface, the globe preserves all these properties simultaneously. However, globes have practical limitations: they cannot show fine details like city streets, are difficult to carry, and cannot display the entire Earth at once for viewing. This is why maps remain essential despite their distortions, and why students must learn both tools in this chapter.
  • A globe is always spherical, rotating on an axis that passes through the North and South Poles
  • The axis tilt of 23.5° from vertical is the same angle Earth maintains in its orbit around the Sun
  • Oceans appear in blue, land in shades of brown, green, and yellow (based on elevation and vegetation)
  • A single globe cannot show all parts of Earth simultaneously — you must rotate it to see different regions
  • Classroom globes typically have a scale of 1:40,000,000 or smaller, meaning 1 cm represents 400 km

The Latitude System: Measuring North and South

Latitude lines, also called parallels, are imaginary horizontal circles drawn around Earth parallel to the Equator. The Equator itself is the 0° latitude line, positioned exactly midway between the North Pole (90°N) and South Pole (90°S). When studying locating places on the Earth class 6, understanding that latitude measures how far north or south a place is from the Equator becomes crucial for map reading. Each degree of latitude is approximately 111 kilometres on Earth's surface. Important parallels include the Tropic of Cancer at 23.5°N, the Tropic of Capricorn at 23.5°S, the Arctic Circle at 66.5°N, and the Antarctic Circle at 66.5°S. These special latitudes mark boundaries for climatic zones and Sun's overhead position during solstices. Indian cities provide excellent examples: New Delhi lies at approximately 28.6°N, Mumbai at 19.1°N, and Kanyakumari (India's southernmost point) at about 8.1°N. All parallels form complete circles except the poles themselves, which are points. The distance between parallels remains constant, unlike meridians which converge at poles.
  • Latitude values range from 0° at the Equator to 90° at each pole
  • All locations on the same parallel experience the same noon Sun angle on any given day
  • The Equator is the longest parallel, measuring roughly 40,075 km in circumference
  • Parallels decrease in circumference as you move toward the poles
  • Latitude determines climate zones: tropical (0°-23.5°), temperate (23.5°-66.5°), polar (66.5°-90°)

The Longitude System: Measuring East and West

Longitude lines, or meridians, are imaginary semi-circles running from the North Pole to the South Pole. The Prime Meridian (0° longitude) passes through Greenwich, London, and serves as the reference line from which all east-west distances are measured. Locating places on the Earth class 6 students learn that longitude determines how far east or west a location is from this Greenwich line. Longitude values range from 0° to 180° in both eastward and westward directions. India's standard meridian is 82.5°E, passing through Mirzapur in Uttar Pradesh, which determines Indian Standard Time (IST). Unlike parallels that are different-sized circles, all meridians are equal-length semi-circles measuring approximately 20,000 km from pole to pole. The 180° meridian, directly opposite the Prime Meridian, mostly follows the International Date Line in the Pacific Ocean (with some deviations for political boundaries). Meridians are spaced farthest apart at the Equator (where 1° longitude equals roughly 111 km) and converge to meet at both poles (where the distance between meridians becomes zero).
  • Every meridian has a corresponding opposite meridian on the other side of Earth (e.g., 75°E pairs with 105°W to complete a full circle)
  • The Prime Meridian was internationally agreed upon in 1884 at the International Meridian Conference
  • Longitude determines time zones: Earth rotates 360° in 24 hours, so each 15° of longitude equals one hour time difference
  • IST is 5 hours 30 minutes ahead of Greenwich Mean Time because 82.5° ÷ 15° = 5.5 hours
  • Unlike latitude which has a natural zero (the Equator), the Prime Meridian's location at Greenwich was a political choice

How Latitude and Longitude Work Together to Pinpoint Locations

The true power of locating places on the Earth class 6 becomes evident when latitude and longitude are used together as a coordinate pair. Every location on Earth has a unique combination of one latitude value and one longitude value, creating a precise geographical address. For instance, the coordinates 28.6°N, 77.2°E uniquely identify New Delhi — no other place on Earth shares this exact combination. This grid system allows sailors to navigate oceans, pilots to fly across continents, and students to locate obscure islands on maps. When writing coordinates, the convention is latitude first, then longitude, with directions indicated as N/S for latitude and E/W for longitude. Modern GPS devices use this same principle, though they express coordinates in decimal degrees for greater precision (e.g., 28.6139°N, 77.2090°E for India Gate). In CBSE exams, students are often given coordinates and asked to identify the city, or conversely, given a city and asked to find its coordinates using an atlas. Mastering this skill requires practice reading both the latitude scale (on the left and right margins of a map) and longitude scale (on the top and bottom margins).
  • The intersection of one parallel and one meridian creates a unique point on Earth's surface
  • Coordinates are written as (latitude, longitude) — e.g., Mumbai is approximately (19°N, 72.8°E)
  • Places on the Equator have 0° latitude; places on the Prime Meridian have 0° longitude
  • The point (0°, 0°) lies in the Atlantic Ocean off the coast of West Africa, south of Ghana
  • Accurate coordinate reading requires interpolation when a location falls between marked lines on a map

Understanding the Four Hemispheres of Earth

A hemisphere is half of a sphere, and Earth can be divided into hemispheres in two primary ways. The Equator splits Earth into the Northern Hemisphere (containing North America, Europe, most of Asia, and northern Africa) and the Southern Hemisphere (containing Antarctica, Australia, most of South America, and southern Africa). When teaching locating places on the Earth class 6, the concept of hemispheres helps students understand global geography conceptually. The Prime Meridian and its opposite line at 180° divide Earth into the Eastern Hemisphere (containing most of Asia, Africa, Europe, and Australia) and the Western Hemisphere (containing the Americas). India lies entirely in the Northern Hemisphere (since all of India is north of the Equator) and the Eastern Hemisphere (since all Indian longitudes are east of the Prime Meridian). Interestingly, about 90% of the world's population lives in the Northern Hemisphere, and continents are distributed unevenly — more landmass exists in the Northern Hemisphere than the Southern. Understanding hemispheres also explains why seasons are opposite in different parts of the world: when it is summer in India (Northern Hemisphere), it is winter in Australia (Southern Hemisphere).
  • The Equator divides Earth into Northern and Southern Hemispheres based on latitude
  • The Prime Meridian divides Earth into Eastern and Western Hemispheres based on longitude
  • Some places lie in two hemispheres simultaneously (e.g., Ghana is in both Northern and Western Hemispheres)
  • Only a few places lie at the intersection of all four hemispheres (near the Equator and Prime Meridian)
  • Hemisphere knowledge helps predict climate patterns, seasons, and ocean current directions

The Seven Continents: Earth's Major Landmasses

Continents are vast, continuous expanses of land separated by oceans. The NCERT chapter on locating places on the Earth class 6 identifies seven continents: Asia (the largest, covering about 30% of Earth's land area), Africa (the second-largest, known for the Sahara Desert and rich biodiversity), North America (containing Canada, USA, and Mexico), South America (home to the Amazon rainforest and Andes mountains), Antarctica (the frozen southern continent surrounding the South Pole), Europe (though geographically part of the Eurasian landmass, treated separately due to distinct cultural identity), and Australia (the smallest continent, sometimes called Oceania when including nearby island nations). Asia and Europe together form Eurasia, sharing the landmass but divided by the Ural Mountains, Ural River, and Caucasus Mountains. In CBSE Class 6 exams, students must identify and label continents on blank maps, list them by size, and answer questions about their locations relative to the Equator and hemispheres. Asia hosts the highest population, while Antarctica has no permanent human residents. Understanding continents is crucial for comprehending global events, biodiversity distribution, and historical human migration patterns.

The Five Major Oceans: Earth's Water Bodies

Oceans cover approximately 71% of Earth's surface and play a critical role in climate regulation, oxygen production, and supporting marine biodiversity. The five major oceans recognised in locating places on the Earth class 6 are the Pacific Ocean (the largest, covering more area than all continents combined), the Atlantic Ocean (separating the Americas from Europe and Africa), the Indian Ocean (bounded by Asia, Africa, and Australia, named after India), the Southern Ocean (surrounding Antarctica, recognised officially in 2000), and the Arctic Ocean (the smallest, surrounding the North Pole and largely frozen). The Pacific Ocean alone covers about 46% of Earth's water surface and contains the Mariana Trench, the deepest point on Earth at roughly 11,000 metres below sea level. The Indian Ocean is the warmest ocean, influencing monsoon patterns in India and Southeast Asia. In CBSE exams, students must locate and label oceans on world maps, identify which oceans border specific continents, and explain their significance for trade routes and climate. The continuous nature of oceans means they are all connected, forming a single global ocean system despite having distinct names for different regions.
  • Pacific Ocean: largest, named by explorer Ferdinand Magellan meaning 'peaceful sea'
  • Atlantic Ocean: second-largest, shaped like an 'S', busiest for shipping and commerce
  • Indian Ocean: third-largest, warmest, critical for Indian subcontinent monsoons
  • Southern Ocean: surrounds Antarctica, strong currents, officially recognised as fifth ocean in 2000
  • Arctic Ocean: smallest, largely ice-covered, bordering Russia, Canada, Greenland, and Scandinavia

Important Lines of Latitude and Their Significance

Beyond the Equator at 0°, several other parallels of latitude hold special geographical and astronomical significance in locating places on the Earth class 6 curriculum. The Tropic of Cancer at 23.5°N marks the northernmost latitude where the Sun appears directly overhead at noon (during the June solstice). It passes through India, cutting across Rajasthan, Madhya Pradesh, Chhattisgarh, Jharkhand, West Bengal, Tripura, and Mizoram. The Tropic of Capricorn at 23.5°S is its Southern Hemisphere counterpart, marking where the Sun is overhead during the December solstice. The Arctic Circle at 66.5°N and Antarctic Circle at 66.5°S mark the boundaries of polar regions where, for at least one day per year, the Sun never sets (in summer) or never rises (in winter) — phenomena called midnight sun and polar night. These special latitudes divide Earth into three heat zones: the Torrid Zone (between the two tropics, receiving vertical Sun rays and thus the hottest), the two Temperate Zones (between tropics and polar circles, with moderate temperatures), and the two Frigid Zones (within polar circles, coldest regions receiving slanted Sun rays).
  • Tropic of Cancer: 23.5°N, Sun directly overhead on June 21 (summer solstice in Northern Hemisphere)
  • Tropic of Capricorn: 23.5°S, Sun directly overhead on December 22 (summer solstice in Southern Hemisphere)
  • Arctic Circle: 66.5°N, boundary of the Arctic region, experiences polar day and night
  • Antarctic Circle: 66.5°S, boundary of the Antarctic region, marks southern polar phenomena
  • Equator: 0°, Sun is overhead twice a year (March and September equinoxes), equal day-night throughout the year

Practical Map Skills: Reading Atlas and Identifying Locations

The applied skill of locating places on the Earth class 6 comes alive when students work with atlases and wall maps. An atlas is a collection of maps bound in a book, typically including world maps, continent maps, country maps, and thematic maps showing climate, vegetation, or population density. To locate a place in an atlas, students use the index at the back, which lists place names alphabetically along with their page number and grid reference (e.g., Mumbai: Page 45, D3). The grid reference combines a letter (for latitude band) and a number (for longitude band), creating a rectangular zone on the map. Students then find the intersection of row D and column 3 to narrow their search. Once in the correct grid square, visual scanning locates the exact city. CBSE exams often provide a blank outline map of India or the world and ask students to mark specific cities, rivers, or mountain ranges using their coordinate knowledge. Regular practice with atlas work builds spatial intelligence and improves performance on map-based questions, which together account for 3-4 marks in the Class 6 Social Science exam.
  • Always check the map's scale to understand how much real-world distance each centimetre represents
  • Read the legend or key to understand symbols for cities, capitals, rivers, and boundaries
  • Use the latitude-longitude grid printed on map margins to identify coordinates
  • Practice marking at least 10 major Indian cities and 10 world cities on blank maps before exams
  • When plotting a location, mark the point clearly and label it neatly beside the mark, not on top

How the Coordinate System Enables Modern Technology

The latitude-longitude system taught in locating places on the Earth class 6 is not merely academic — it powers technologies students use daily. Global Positioning System (GPS) satellites orbiting Earth receive signals from devices (phones, car navigation systems, smartwatches) and calculate precise coordinates by triangulating signals from multiple satellites. When you order food online and track the delivery person's location, GPS determines their coordinates and displays them on a digital map. Weather forecasting relies on coordinate grids to track storm systems, predict cyclone paths, and issue warnings for specific latitude-longitude zones. Disaster management agencies use coordinates to deploy relief to earthquake or flood-affected areas. Aviation and shipping industries navigate using waypoints defined by precise coordinates. Even social media location tags use latitude-longitude data. Understanding this real-world application motivates students to master coordinate reading beyond exam requirements. As India develops smart cities and expands digital infrastructure, spatial literacy becomes increasingly valuable for the next generation.
  • GPS requires signals from at least four satellites to calculate a precise three-dimensional position (latitude, longitude, altitude)
  • Google Maps converts coordinate data into user-friendly visual maps with roads, landmarks, and routes
  • Emergency services (police, ambulance, fire) use coordinates to respond quickly to distress calls
  • Agricultural technology uses GPS for precision farming, optimising seed planting and fertiliser application
  • Archaeologists and wildlife researchers record discovery locations using GPS coordinates for scientific documentation

Common Mistakes Students Make When Locating Places on Maps

In CBSE examinations and daily practice with locating places on the Earth class 6 exercises, students frequently make avoidable errors that cost marks. One common mistake is confusing latitude with longitude — remembering that 'lat is flat' (latitude lines are horizontal) and 'long is long' (longitude lines run the long way from pole to pole) helps avoid this. Another error is incorrect direction labels: writing 28°S for New Delhi when it should be 28°N, or forgetting to specify E or W for longitude. Students sometimes plot locations in the wrong hemisphere entirely. When reading coordinates from a map, interpolation errors occur when the location falls between two printed grid lines — students must estimate the fractional degree rather than rounding to the nearest line. In labelling exercises, illegible handwriting or placing labels too far from the marked point leads to mark deduction. Time zone calculations based on longitude differences often confuse students who forget that Earth rotates 15° per hour (360° ÷ 24 hours = 15°/hour). Finally, many students memorise cities and their coordinates without understanding the system, leading to difficulty when asked to locate unfamiliar places or explain why two cities at the same latitude have different climates.
  • Always double-check hemisphere directions: Northern/Southern for latitude, Eastern/Western for longitude
  • Remember the Equator (0° latitude) and Prime Meridian (0° longitude) as reference lines
  • When marking on a map, use a sharp pencil and make a clear, small point — not a large circle
  • Write labels horizontally and clearly, even if the place name is oriented differently on the map
  • Practice estimating intermediate values when a location falls between two printed grid lines

CBSE Exam Pattern and Weightage for Locating Places on the Earth Class 6

The chapter on locating places on the Earth class 6 typically carries 8-10% weightage in the CBSE Social Science annual examination for Class 6, translating to approximately 6-8 marks out of the total 80-mark theory paper. Questions appear in multiple formats: 1-mark objective questions (fill-in-the-blanks, match the following, or multiple-choice identifying coordinates or continents), 2-mark short-answer questions (define latitude, distinguish between globe and map, name the hemispheres India lies in), 3-mark descriptive questions (explain the importance of the Prime Meridian, describe how latitude and longitude together locate places, list continents by size), and practical map work (mark and label given cities or features on a blank map). Map-based questions are particularly important, often appearing as a separate 3-4 mark question where students receive a blank outline map of India or the world and must accurately mark 5-6 specified locations. The 2024-25 CBSE question paper included a 3-mark map question asking students to mark the Equator, Tropic of Cancer, Prime Meridian, and locate India, Australia, and the Pacific Ocean. To excel, students should practice at least 20 blank map exercises before the exam, memorise coordinates of major Indian cities and world capitals, and be able to draw and label a diagram of latitude-longitude grid.

How CBSETUTOR.ai Helps Master Locating Places on the Earth for Class 6 Students

Many Class 6 students struggle with spatial concepts like latitude-longitude grids and visualising Earth's spherical coordinate system on flat paper. CBSETUTOR.ai offers a personalised, 24×7 AI tutor specifically designed for CBSE Classes 6-12, with every NCERT textbook ingested into its knowledge base. When a student uploads a photo of a map exercise from their Social Science workbook asking 'Mark 23°N, 77°E on this map of India,' the AI tutor analyses the image, identifies the grid, and guides the student step-by-step: 'First, locate the 23°N latitude line between 20°N and 25°N on the left margin. Then find 77°E longitude between 75°E and 80°E on the top margin. The intersection is in central India, near Bhopal.' Unlike generic tutoring apps, CBSETUTOR.ai aligns specifically with the 2026-27 NCERT Social Science curriculum for Class 6, using the exact terminology and examples from the textbook. Students can ask questions anytime — at 10 PM while doing homework or at 6 AM before school — without waiting for a human tutor's availability. The platform costs just ₹999 per month flat for all subjects across Classes 6-12, with a 3-day free trial requiring no credit card. For parents seeking to strengthen their child's foundation in locating places on the Earth class 6 and broader geographical skills, CBSETUTOR.ai provides unlimited practice, instant doubt-clearing, and concept reinforcement that adapts to each child's learning pace.
  • Upload any map or diagram from your textbook or worksheet — the AI analyses and explains it
  • Ask questions in natural language: 'Why is the Tropic of Cancer at 23.5°N and not some other latitude?'
  • Get step-by-step solutions to NCERT exercise questions with diagrams and memory techniques
  • Practice unlimited map-marking exercises with instant feedback on accuracy
  • Access 24×7, even on weekends and late nights when traditional tutors are unavailable

Frequently asked questions

What is the difference between latitude and longitude in simple terms for Class 6?+
Latitude lines (parallels) run horizontally around Earth like the steps of a ladder, measuring how far north or south you are from the Equator. Longitude lines (meridians) run vertically from North Pole to South Pole like the segments of an orange, measuring how far east or west you are from the Prime Meridian. Together they form a grid that can pinpoint any location on Earth.
How many marks does locating places on the Earth carry in CBSE Class 6 Social Science exam?+
This chapter typically carries 6-8 marks out of the 80-mark Social Science theory paper, representing about 8-10% weightage. Questions include 1-mark objectives, 2-3 mark short answers explaining concepts like hemispheres or continents, and a 3-4 mark map-work question where students must mark specific locations on a blank map of India or the world.
Why does the Tropic of Cancer pass through India and what is its significance?+
The Tropic of Cancer at 23.5°N latitude passes through eight Indian states (Rajasthan, Gujarat, Madhya Pradesh, Chhattisgarh, Jharkhand, West Bengal, Tripura, and Mizoram). It marks the northernmost point where the Sun appears directly overhead at noon during the June solstice. This line divides India into a tropical zone in the south and a subtropical zone in the north, influencing climate and agricultural patterns.
What are the coordinates of some important Indian cities I should memorise for exams?+
For CBSE Class 6 exams, memorise these approximate coordinates: New Delhi (28.6°N, 77.2°E), Mumbai (19.1°N, 72.8°E), Kolkata (22.6°N, 88.4°E), Chennai (13.1°N, 80.3°E), Bengaluru (12.9°N, 77.6°E), and Kanyakumari (8.1°N, 77.5°E). Also remember that all of India lies between roughly 8°N to 37°N latitude and 68°E to 97°E longitude, entirely in the Northern and Eastern Hemispheres.
How is a globe different from a map, and when should we use each?+
A globe is a three-dimensional spherical model showing Earth's true shape with accurate proportions of continents, oceans, and distances, but cannot show details and is difficult to carry. A map is a flat representation that can show fine details and is portable, but distorts at least one property (shape, area, distance, or direction). Use globes to understand Earth as a whole and spatial relationships between continents; use maps for navigation, detailed study of regions, and practical planning.
Will my child struggle with Class 7 Geography if they do not master locating places on the Earth in Class 6?+
Yes, absolutely. The latitude-longitude system introduced in Class 6 becomes the foundation for advanced map work in Classes 7-12, including topics like scale, direction, map symbols, and thematic mapping. Class 7 NCERT Geography requires students to analyse climate data by latitude zones, understand Earth's heat zones, and work with topographical maps — all building on the coordinate grid system. Weak foundation in Class 6 creates cumulative difficulties in higher classes.
Why is the Prime Meridian at Greenwich and not at some other location?+
The Prime Meridian (0° longitude) was placed at Greenwich, London, by international agreement at the 1884 International Meridian Conference. Greenwich was chosen because the Royal Observatory there had already produced widely-used nautical charts and navigation tables. Unlike the Equator, which is a natural midpoint between poles, the Prime Meridian's location was a human decision. Several countries proposed their own capitals, but Greenwich was selected due to Britain's dominant naval power and widespread use of British maritime maps at the time.
How can I remember the seven continents in order of size for exams?+
Use the mnemonic 'All Ants Are Not Small Even Australian ones' to remember the continents by size: Asia (largest), Africa, North America, South America, Antarctica, Europe, Australia (smallest). Another method is to group them: Asia and Africa are the two giants; North and South America are a pair; Antarctica is the frozen one; Europe and Australia are the two smallest. Practice drawing a rough world map and labelling all seven repeatedly until automatic recall develops.
What is the International Date Line and how is it related to longitude?+
The International Date Line roughly follows the 180° meridian (directly opposite the Prime Meridian at 0°) in the Pacific Ocean. It is where the calendar date changes: when you cross it westward, you add a day; when you cross eastward, you subtract a day. The line deviates from the exact 180° meridian to avoid dividing countries and island groups, making political boundaries more practical. While Class 6 curriculum introduces the concept, detailed study of time zones and the Date Line appears in Class 9 Geography.
How do I mark locations accurately on a blank map during exams?+
First, identify the latitude and longitude grid lines printed on the map margins. For a given coordinate like 23°N, 72°E, find the 23°N line running horizontally and the 72°E line running vertically. Make a small, clear dot where these two lines intersect. Then write the location name neatly beside (not on top of) the dot using a sharp pencil. If the exact degree line is not printed, estimate the position between two printed lines. Practice on at least 10-15 blank maps before exams to build speed and accuracy.
Are there any practical mobile apps or tools to practice latitude-longitude concepts at home?+
Yes, several free tools help reinforce locating places on the Earth class 6 concepts. Google Earth (mobile and desktop) allows students to explore the globe in 3D, view latitude-longitude coordinates of any location, and understand spatial relationships between continents and oceans. The app 'World Geography - Quiz Game' tests knowledge of country locations using a coordinate grid. For CBSE-specific practice, students can photograph their NCERT map exercises and get instant, step-by-step guidance from CBSETUTOR.ai, which analyses the image and explains how to solve each question using the exact NCERT terminology and examples.
Which oceans border India and what are their coordinates approximately?+
India is bordered by three major water bodies: the Arabian Sea (part of the Indian Ocean) to the west, the Bay of Bengal (also part of the Indian Ocean) to the east, and the Indian Ocean to the south. The southernmost point of mainland India (Kanyakumari) is at approximately 8°N latitude. The Indian Ocean extends from about 20°N (at India's southern coast) down to 60°S (near Antarctica). Understanding that India is named as the reference for an entire ocean highlights the country's central location in the Indian Ocean region, which is crucial for trade, monsoons, and maritime history.

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