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Subjects

Geography

Drainage Systems in India

In this Class 9 Geography topic from the chapter Drainage, students learn how water flows across India through river systems, drainage basins, and networks. They explore the Himalayan and Peninsular river systems, compare their origins, courses, seasonal flow, and landforms, and understand patterns such as dendritic, trellis, and radial drainage. The topic also introduces the importance of rivers and lakes, along with concerns related to floods, pollution, and water management.

Hard · Level 2 · 25 questions

TOPIC PRACTICE

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25 questions

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  1. Tributary joins the main river, distributary leaves the main river
  2. Both join the main river
  3. Both form only in mountains
  4. Both are marine islands
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  1. Spreading and depositing alluvium during floods
  2. Folding the Himalaya
  3. Growing coral reefs
  4. Flowing lava
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  1. Lower slope makes the river deposit sediments
  2. River speed always becomes infinite
  3. River climbs mountains
  4. River becomes waterless
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  1. Erosion
  2. Coral formation
  3. Complete deposition
  4. Marine salinisation
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  1. They travel longer courses and deposit sediments at mouths
  2. They form estuaries in Arabian Sea
  3. They do not reach the sea
  4. They originate only from glaciers
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  1. Krishna
  2. Godavari
  3. Narmada
  4. Cauvery
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  1. Cauvery is a Peninsular river of South India
  2. Cauvery is a Himalayan river of Punjab
  3. Cauvery is called Tsangpo in Tibet
  4. Cauvery is a distributary of Luni
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  1. Surface runoff reaches the river quickly
  2. The river stops entering the sea
  3. All tributaries become deltas
  4. River water always becomes saline
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  1. It affects water quality, aquatic life and human use
  2. It increases mountain height
  3. It turns every river into a glacier
  4. It always lengthens the river
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  1. Because it reduces pollutants and protects river water quality
  2. Because it completely stops the river’s natural flow
  3. Because it turns a river delta into a desert
  4. Because it removes a river’s tributaries
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  1. Water, fertile soil, transport and livelihood opportunities
  2. Only mountain height
  3. Only sea storms
  4. Only saline water
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  1. Because floods can also deposit fertile alluvial soil
  2. Because floods always form mountains
  3. Because floods dry the river
  4. Because floods remove the sea
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  1. When course change affects flood area and settlements
  2. When river name is short
  3. When river has no bend
  4. When river appears only on a map
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  1. River system and final water body can be correctly identified
  2. Language of cities can be changed
  3. Colour of mountains can be known
  4. Sea water can be made fresh
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  1. Observing source, flow direction, tributaries and mouth
  2. Counting only cities along the river
  3. Observing only river colour
  4. Observing only date of rainfall
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  1. Their bank positions and confluence areas should be understood separately
  2. All three should be treated as distributaries of Indus
  3. All three should be treated as west-flowing Peninsular rivers
  4. All three should be called inland drainage
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  1. Himalayan rivers are long and perennial, Peninsular rivers are mostly rainfall-based and seasonal
  2. Both are always short and dry
  3. Peninsular rivers get more water from glaciers
  4. Himalayan rivers never form plains
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  1. Trellis drainage
  2. Radial drainage
  3. Dendritic drainage
  4. Inland drainage
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  1. Radial drainage
  2. Trellis drainage
  3. Rectangular drainage
  4. Delta drainage
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  1. They are linked with river deposition
  2. They form only by volcanic eruption
  3. They form only by glaciers
  4. They form only inside the sea
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  1. Because most external drainage rivers join these water bodies
  2. Because all rivers originate from them
  3. Because they form the Himalaya
  4. Because they end river pollution
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  1. Rainfall, snowmelt and tributaries of that area
  2. Only colour of the sea
  3. Only language of cities
  4. Only mountain names
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  1. Basin, water divide, river system, flow direction and human impact
  2. Only cities, language, food and festivals
  3. Only mountains, minerals, industries and roads
  4. Only sea, moon, wind and temperature
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  1. Water and sediment load in the main river may increase
  2. The main river always dries up
  3. The main river stops flowing towards the sea
  4. The main river immediately becomes a glacier
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  1. They had formed their courses before mountain uplift and kept cutting after uplift
  2. They rise only from the sea
  3. They are rivers of the Peninsular plateau
  4. They do not form any valley

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