Class 11 Geography Book: Fundamentals of Physical Geography

The Class 11 Geography book Fundamental of Physical Geography runs 14 chapters, and every official chapter PDF from the NCERT textbook is on this page. The book is NCERT’s Fundamentals of Physical Geography for Class 11, and the files you open from here are NCERT’s own, hosted on ncert.nic.in.

Beyond the files, this page tells you what is actually inside the book — each chapter’s own headings, its activities, its numbered figures and its exercise questions, counted from the textbook itself. You will also see which chapters are diagram-led rather than text-led, where the exercise load concentrates, and the order in which the chapters are best read.

Download the Class 11 Geography book PDF (official files)

All 14 chapter files below are NCERT’s own PDFs on ncert.nic.in — free, official, no login. If you want the whole book in one place rather than chapter by chapter, NCERT also hosts the complete textbook on its official Class 11 Geography textbook page.

Class 11 Geography NCERT PDF at a glance

Every number below is measured from the textbook’s own pages and is checkable in the chapter table further down. These are counts of this book’s contents, not a CBSE syllabus statement.

• 14 chapters across 120 printed pages, from Geography as a Discipline to Life on the Earth.
• 0 named syllabus sections — the book works through its own chapter headings, named under each chapter below.
• 57 verified numbered figures indexed from the textbook, with the page each one starts on.
• 130 exercise questions across the book, closing each of the 14 chapters.
• 1 activity in the whole book — the hands-on activity inside Chapter 5 (Geomorphic Processes).
• 0 of the 14 chapters have a study page yet; all are listed as Not yet built in the study-page table below.

The figures cluster in the middle of the book: Chapter 6 alone holds 14 of the 57, while Chapters 2, 10 and 11 carry no numbered figures. So the book is diagram-led where it teaches landforms and the atmosphere, and text-led in its origin and climate chapters.

Class 11 Geography NCERT chapters: what is inside each one

The directory below shows, per chapter, the number of named sections, activities, indexed figures and exercise questions.

What the columns count: a section is one of NCERT’s own numbered headings — this book reads 0 on that column across the board, so the topic lists under each chapter below carry the real working headings by name. A figure is a numbered figure indexed from the book, with the page it starts on.

A question is an end-of-chapter exercise; the book closes with 130 of them.

Read as a whole, the book groups into clusters. These clusters are a working map for reading — they are not a unit list printed in the book.

Chapter 1: Geography as a Discipline (pp. 1-11)

Geography studies the Earth’s surface and how people and environments interact. This opening chapter frames that study from two directions: the systematic approach (physical geography, human geography, biogeography) and the regional approach (area studies, regional planning, regional development, regional analysis). Together they make geography an integrating discipline, linking the natural and social sciences (NCERT, p. 5).

1. Geography as an Integrating Discipline
2. Branches of Geography
3. Branches of Geography (Based on Systematic Approach): Physical Geography, Human Geography, Biogeography
4. Regional Studies / Area Studies, Regional Planning, Regional Development, Regional Analysis

With 3 figures — the discipline-relation diagram (p. 5) and the two branch trees (pp. 7 and 8) — and 3 questions across 11 pages, this is a reading chapter; the branch names are the part most likely to be examined.

Chapter 2: The Earth (pp. 12-17)

This chapter goes back to the beginning: how did the Earth come to exist? It opens with early theories, then the modern account — the origin of the universe, star formation and the formation of planets — before tracing the evolution of the lithosphere and, after it, the atmosphere and hydrosphere.

1. The Origin and Evolution of the Earth
2. Early Theories
3. Origin of the Earth
4. Modern Theories
5. Origin of the Universe
6. The Star Formation
7. Formation of Planets
8. Evolution of the Earth
9. Evolution of Lithosphere
10. Evolution of Atmosphere and Hydrosphere

The chapter runs 6 pages with 0 numbered figures, yet closes with 21 questions — the densest exercise block for the least visual chapter in the book.

Chapter 3: Interior of the Earth (pp. 18-26)

This is the chapter to open for anything about the inside of the Earth, and for earthquakes. It sets out the direct and indirect sources of information about the interior, then uses earthquake waves as the key indirect evidence — how they propagate, and why a shadow zone emerges where the waves are not recorded (NCERT, p. 21).

It then covers the types of earthquakes, how they are measured, their effects and how often they occur.

1. Sources of Information about the Interior
2. Direct Sources
3. Indirect Sources
4. Earthquake Waves
5. Propagation of Earthquake Waves
6. Emergence of Shadow Zone
7. Types of Earthquakes
8. Measuring Earthquakes
9. Effects of Earthquake
10. Frequency of Earthquake Occurrences

With 4 figures — Earthquake Waves (p. 20), Earthquake Shadow Zones (p. 21), the Interior of the Earth (p. 23) and Volcanic Landforms (p. 24) — and 18 questions across 9 pages, this is the book’s main reference for the Earth’s interior.

Chapter 4: Distribution of Oceans and Continents (pp. 27-35)

Continents and oceans are not fixed features — that is the argument of this chapter. It begins with Wegener’s continental drift and the evidence behind it: the jig-saw fit of continents, rocks of the same age across oceans, placer deposits and the distribution of fossils.

It then takes up the force that drives drift, post-drift studies, and the convectional current theory behind sea-floor spreading (NCERT, p. 31).

1. Distribution of Oceans and Continents
2. Continental Drift
3. Evidence in Support of the Continental Drift
4. The Matching of Continents (Jig-Saw-Fit)
5. Rocks of Same Age Across the Oceans
6. Placer Deposits
7. Distribution of Fossils
8. Force for Drifting
9. Post-drift Studies
10. Convectional Current Theory

Only 3 questions close this 9-page chapter, so its 5 figures carry the revision load — including the Ocean Floor diagram (Fig. 4.1, p. 29) and the Movement of the Indian Plate (Fig. 4.6, p. 34).

Chapter 5: Geomorphic Processes (pp. 36-46)

This chapter is about the forces that shape the land. Endogenic processes work from inside the Earth, while exogenic processes wear the surface down from outside. The chapter then moves to weathering — chemical, physical and biological — its special effects and significance, and closes with mass movements.

1. Geomorphic Processes
2. Endogenic Processes
3. Exogenic Processes
4. Activity
5. Chemical Weathering Processes
6. Physical Weathering Processes
7. Biological Activity and Weathering
8. Special Effects of Weathering
9. Significance of Weathering
10. Mass Movements

This chapter carries the book’s only hands-on Activity, plus 5 figures — denudational processes (p. 39), weathering regimes (p. 40), exfoliation (p. 41), slumping (p. 42) and landslide scars (p. 42) — and 3 questions. Read it before Chapter 6 and half of the next chapter’s landforms will look familiar.

Chapter 6: Landforms and Their Evolution (pp. 47-62)

Running water is the main landform-maker in this chapter: its erosional forms — potholes and plunge pools, incised meanders, river terraces — and its depositional forms such as alluvial fans, floodplains, natural levees and point bars (NCERT, p. 50).

The second half moves to karst scenery in limestone: pools, sinkholes, lapies and pavements, then stalactites, stalagmites and pillars. Later figures extend the same story to glaciers, coastal spits and sand dunes.

1. Running Water
2. Erosional Landforms
3. Potholes and Plunge Pools
4. Incised or Entrenched Meanders
5. River Terraces
6. Depositional Landforms
7. Alluvial Fans
8. Floodplains, Natural Levees and Point Bars
9. Pools, Sinkholes, Lapies and Limestone Pavements
10. Stalactites, Stalagmites and Pillars

At 16 pages, 14 figures and 25 questions, this is the longest and most diagram-heavy chapter in the book, tied with Chapter 9 for the heaviest exercise load. Several figures show Indian examples — the Kaveri gorge (p. 49), the Amarnath alluvial fan (p. 50), the Krishna delta (p. 50), the Burhi Gandak meanders (p. 51) and the Godavari spit (p. 59).

Chapter 7: Composition and Structure of Atmosphere

This short chapter sets up the climate block. It covers the composition of the atmosphere — including water vapour and dust particles and the roles they play — then the layered structure of the atmosphere, and finally the elements of weather and climate that the later chapters build on.

1. Composition and Structure of Atmosphere
2. Composition of the Atmosphere
3. Water Vapour
4. Dust Particles
5. Structure of the Atmosphere
6. Elements of Weather and Climate

The index records this as a 4-page chapter with 1 figure (Structure of Atmosphere) but 14 questions — the shortest chapter in the book that still pulls more questions than several longer ones.

Chapter 8: Solar Radiation, Heat Balance and Temperature (pp. 67-75)

This is where the Earth’s heat is accounted for. The chapter opens with insolation and how solar radiation passes through the atmosphere, then its spatial distribution at the surface.

It moves to terrestrial radiation and the heat budget of the planet (NCERT, p. 69), then the factors controlling temperature distribution and the resulting distribution of temperature. The chapter ends with a printed Project Work heading — one of only two in the book.

1. Solar Radiation
2. The Passage of Solar Radiation through the Atmosphere
3. Spatial Distribution of Insolation at the Earth’s Surface
4. Heating and Cooling of Atmosphere
5. Terrestrial Radiation
6. Heat Budget of the Planet Earth
7. Factors Controlling Temperature Distribution
8. Distribution of Temperature
9. Project Work

It is a diagram-led chapter: 5 figures — Summer Solstice (p. 68), Heat Budget (p. 69), Latitudinal Variation (p. 70), January temperature (p. 71) and temperature range (p. 72) — against only 3 questions.

Chapter 9: Atmospheric Circulation and Weather Systems (pp. 76-85)

This is the mechanics chapter of the climate block. It explains why air moves, starting from atmospheric pressure and its vertical and horizontal variation, and the world distribution of sea-level pressure. The core is the three forces on the wind — pressure gradient force, frictional force and the Coriolis force — and how they combine in pressure and wind systems.

1. Atmospheric Circulation and Weather Systems
2. Atmospheric Pressure
3. Vertical Variation of Pressure
4. Horizontal Distribution of Pressure
5. World Distribution of Sea Level Pressure
6. Forces Affecting the Velocity and Direction of Wind
7. Pressure Gradient Force
8. Frictional Force
9. Coriolis Force
10. Pressure and Wind

With 8 figures — from isobars and pressure systems (p. 77) to the vertical section of the tropical cyclone (p. 83) — and 25 questions, it ties with Chapter 6 for the heaviest exercise load in the book. The geostrophic wind diagram (p. 79) is the figure most often used to explain how the three forces balance.

Chapter 10: Water in the Atmosphere (pp. 86-90)

This is a text-led chapter about water moving through the air. It covers evaporation and condensation, fog and mist, then the three rainfall types — convectional, orographic and cyclonic rain — and the world distribution of rainfall. Like Chapter 8, it ends with a Project Work heading.

1. Water in the Atmosphere
2. Evaporation and Condensation
3. Fog and Mist
4. Types of Rainfall
5. Convectional Rain
6. Orographic Rain
7. Cyclonic Rain
8. World Distribution of Rainfall
9. Project Work

With 0 numbered figures and 3 questions on 5 pages, the three rainfall types are the section most likely to be examined. It is also the first of the final five chapters, each of which closes with only 3 questions.

Chapter 11: World Climate and Climate Change (pp. 91-98)

This chapter classifies the world’s climates using Koeppen’s scheme — the tropical humid group (tropical wet Af, tropical monsoon Am, tropical wet-and-dry Aw), the dry group (subtropical steppe BSh, subtropical desert BWh) and the warm temperate group (humid subtropical Cwa, Mediterranean climate Cs). The chapter title pairs world climate with climate change.

1. Koeppen’s Scheme of Classification of Climate
2. Group A: Tropical Humid Climates
3. Tropical Wet Climate (Af)
4. Tropical Monsoon Climate (Am)
5. Tropical Wet and Dry Climate (Aw)
6. Dry Climates: B
7. Subtropical Steppe (BSh) and Subtropical Desert (BWh) Climates
8. Warm Temperate (Mid-Latitude) Climates-C
9. Humid Subtropical Climate (Cwa)
10. Mediterranean Climate (Cs)

The chapter prints no figures — two data tables carry the teaching — and closes with 3 questions on 8 pages. The letter codes Af, Am, Aw, BSh, BWh, Cwa and Cs are the memorisation target.

Chapter 12: Water (Oceans) (pp. 99-107)

This chapter treats the oceans as a feature of the Earth. It opens with the hydrological cycle that keeps water moving between ocean, atmosphere and land (NCERT, p. 100).

It then maps the real shape of the ocean floor — continental shelf, continental slope, deep sea plain, oceanic deeps or trenches — plus minor relief features, mid-oceanic ridges and submarine canyons. Later figures add the thermocline, surface temperature and surface salinity.

1. Hydrological Cycle
2. Relief of the Ocean Floor
3. Divisions of the Ocean Floors
4. Continental Shelf
5. Continental Slope
6. Deep Sea Plain
7. Oceanic Deeps or Trenches
8. Minor Relief Features
9. Mid-Oceanic Ridges
10. Submarine Canyons

With 5 figures — the hydrological cycle (p. 100), ocean-floor relief (p. 102), the thermocline (p. 104), surface temperature (p. 105) and surface salinity (p. 106) — and only 3 questions, the maps do the teaching here.

Chapter 13: Movements of Ocean Water (pp. 108-113)

This chapter separates the three kinds of ocean movement. Waves and their characteristics come first; then tides, including the famous tides of the Bay of Fundy in Canada, the types of tides by cause and by frequency, and why tides matter (NCERT, p. 109). Finally ocean currents — their characteristics, types, the major currents and their effects (NCERT, p. 112).

1. Characteristics of Waves
2. Tides of Bay of Fundy, Canada
3. Types of Tides
4. Tides based on Frequency
5. Importance of Tides
6. Ocean Currents
7. Characteristics of Ocean Currents
8. Types of Ocean Currents
9. Major Ocean Currents
10. Effects of Ocean Currents

On 6 pages it prints 3 figures — wave motion (p. 108), gravitational forces and tides (p. 109), and the major currents (p. 112) — and closes with 3 questions. The currents map and the Bay of Fundy are the two things most often asked about.

Chapter 14: Life on the Earth (pp. 114-120)

The closing chapter treats life as part of the Earth’s physical system. It opens under the heading Biodiversity and Conservation and distinguishes the three kinds of biodiversity — genetic, species and ecosystem diversity — then the ecological, economic and scientific importance of biodiversity, its loss, and endangered species.

1. Biodiversity and Conservation
2. Genetic Diversity
3. Species Diversity
4. Ecosystem Diversity
5. Importance of Biodiversity
6. Ecological Role of Biodiversity
7. Economic Role of Biodiversity
8. Scientific Role of Biodiversity
9. Loss of Biodiversity
10. Endangered Species

Its 4 figures are photographs — an ecosystem-diversity example (p. 116), the Red Panda (p. 117), a rare endemic tree (p. 118) and the world’s ecological hotspots (NCERT, p. 119) — beside only 3 questions. The hotspot map is a favourite label exercise.

Class 11 Geography chapters: study pages and status

Each chapter of this book gets its own study page as it is built — the table below shows the current state of all 14.

How to use the Class 11 NCERT Geography book PDF

There is a sensible order to read this book in — each block builds on the one before it.

• Read Chapters 2 and 3 before Chapter 4. The planet’s origin and its interior come before the story of how continents moved.
• Read Chapter 5 before Chapter 6. The geomorphic processes explain the landforms that the next chapter catalogues — weathering and mass movements feed directly into river and karst landforms.
• Work the atmosphere block in order: 7 (composition and structure) → 8 (solar radiation and heat balance) → 9 (circulation and weather systems) → 10 (water in the atmosphere) → 11 (climate zones). Chapter 9 is where the mechanics lives, and it is the hardest of the five.
• Use Chapters 2, 6 and 9 for practice. They carry 21, 25 and 25 questions respectively — the book’s heaviest exercise loads.
• Revise diagrams by covering the labels. Chapters 3, 6, 8, 9 and 12 are the figure-heavy ones; name each feature aloud before checking.
• Finish with the oceans and life. Chapter 12 (Water (Oceans)) and Chapter 13 (Movements of Ocean Water) work as a pair, and Chapter 14 (Life on the Earth) closes the book.
• Two chapters end with printed Project Work — 8 and 10 — often assigned as term work rather than examined.
• Weather questions usually point at Chapter 11 — but the pressure systems, wind forces and cyclones you need are in Chapter 9.

One caution: textbook contents and the examinable syllabus are not always identical — check the current official syllabus.

Related NCERT book pages

• All NCERT book pages — the books root, where every class and subject page on this site is listed.
• The Class 11 books hub — the other Class 11 textbooks and their chapter pages.
• The Class 10 hub — useful when comparing books across classes.

Sources and data verification

This listing is maintained for the 2026-27 academic session using the NCERT textbook information available to us. NCERT remains the authority for confirming the latest edition.

• Editions. The figure captions, section titles and page references on this page describe the official NCERT Fundamentals of Physical Geography textbook for Class 11 as published on ncert.nic.in; the PDFs linked above are NCERT’s own files.
• Coverage. This page covers the 14 chapters of Fundamentals of Physical Geography only — not the wider CBSE scheme and no other book. Page references follow the numbering of the official PDF.
• Session. This listing is maintained for the current academic session using the NCERT edition currently published on ncert.nic.in.
• Authority. NCERT settles the textbook, its editions and its PDFs; CBSE settles the curriculum, syllabus and examinations. To confirm a textbook edition, check NCERT — not CBSE.

Textbook contents and the examinable syllabus are not always identical — check the current official syllabus.

Reference: NCERT Class 11 Geography textbook, official edition on ncert.nic.in. Figure captions and section titles quoted from the textbook; page references are to the official PDF.

Questions students ask about this book

How many chapters are in the Class 11 Geography book Fundamentals of Physical Geography?

There are 14 chapters across 120 printed pages, from Geography as a Discipline (Chapter 1) to Life on the Earth (Chapter 14). The chapter names, page ranges and PDF links are all in the download table above.

Are the Class 11 Geography book PDFs on this page official and free?

Yes. Every link in the table above goes to NCERT’s own chapter files on ncert.nic.in — free, official and no login required.

Which chapter covers the interior of the Earth and earthquakes?

Chapter 3, Interior of the Earth (pp. 18-26). It explains earthquake waves, why shadow zones emerge, the types of earthquakes, how they are measured, and their effects.

Which chapter covers Koeppen’s climate classification?

Chapter 11, World Climate and Climate Change (pp. 91-98). It is where the Koeppen letter codes appear — Af, Am, Aw, BSh, BWh, Cwa and Cs.

Where do the answers to the book’s exercises live?

The exercises are printed at the end of each chapter inside the official PDF. NCERT does not publish a separate solutions booklet for this textbook; the chapter study pages being built here will work through the exercises as they go live.