Geography Chapter 4: Practical Exercise – Exercise Notes (Pages 31, 32, 34, 36)

Geography – Chapter 4: Practical Exercise

Exercise Notes · Pages 31, 32, 34 and 36

Q.Observe the maps and identify their type and write in the table given.

Physical map of Maharashtra showing landforms and river systems
Figure no. 4.4 (A)
Maharashtra State: Landforms and River Systems
Map of Maharashtra showing annual rainfall regions
Figure no. 4.4 (B)
Maharashtra State: Annual Rainfall
Map of Maharashtra showing district boundaries
Figure no. 4.4 (C)
Maharashtra State: District Boundaries
Ans:
Figure No.Type of MapReason
4.4 (A)Physical MapIt is prepared by considering natural factors. It shows landforms such as the Maharashtra Plateau and the Satpura Range, along with rivers, passes and peaks.
4.4 (B)Thematic MapIt is based on one particular theme, which is annual rainfall. It shows the high, moderate and low rainfall regions of Maharashtra.
4.4 (C)Political MapIt is prepared by considering man-made features. It shows the state boundary, district boundaries, the state capital and the state subcapital.

Q.Classify the tools of geographic study given below and complete the table.
(Field visit, maps, globe, books, questionnaire, models, photographs, interviews, GPS, newspapers, census reports, articles, barometer, thermometer, media reports, survey)

Ans:

Primary Tools

  • Field visit
  • Questionnaire
  • Interviews
  • Survey
  • GPS
  • Barometer
  • Thermometer

Secondary Tools

  • Maps
  • Globe
  • Books
  • Models
  • Photographs
  • Newspapers
  • Census reports
  • Articles
  • Media reports
Remember: Primary tools help us collect first-hand (original) data by ourselves. Secondary tools give us information that has already been collected and published by others.

Q.Identify the elements in the map given below and write in the respective box.

Political map of India with the boxes filled in: Title, Subtitle, Legend, Longitude, Latitude, North Arrow, Scale
Figure no. 4.5: Elements of Map (boxes filled in)
Ans:
BoxElementWhat it shows
1Title“India” is the name of the map. It tells us which area is shown.
2Subtitle“Political” tells us the type of the map, that is, what kind of information it gives.
3LegendThe key box that explains the conventional signs and symbols used on the map, such as international boundary, state boundary, union territory boundary and national capital.
4LongitudeThe imaginary lines running from north to south, marked as 68° E, 72° E … 100° E across the top of the map.
5LatitudeThe imaginary lines running from west to east, marked as 36° N, 32° N … 4° N along the side. The arrow points to the Tropic of Cancer (23°30′ N), which is a line of latitude.
6North ArrowIt shows the directions North, South, East and West on the map.
7ScaleThe scale bar (0, 200, 400, 600 km) shows how map distance is related to the real distance on the ground.

Q.Observe the graphs given below and answer the questions.

Multiple line graph of school campus temperature for three weeks
Figure no. 4.6 (A)
Simple bar graph of school campus rainfall on 17th, 18th and 19th June
Figure no. 4.6 (B)

Values read from the graphs (temperature values are read by eye, so they are approximate):

WeekMax (°C)Min (°C)Range (°C)
15th to 21st June352015
22nd to 30th June332013
1st to 7th July312110
DateRainfall (mm)
17th June50
18th June60
19th June70

1.Identify the type of graph in figure no. 4.6 (a).

Ans: The graph in figure no. 4.6 (A) is a multiple line graph. It compares two variables, the maximum and the minimum temperature, on a single graph.

2.In which week is the temperature maximum?

Ans: The temperature is maximum in the first week, from 15th to 21st June, when the maximum temperature is about 35 °C.

3.In which week the range of temperature is maximum?

Ans: The range of temperature is maximum in the first week, from 15th to 21st June. Range = maximum temperature − minimum temperature = 35 °C − 20 °C = 15 °C. This is more than the range in the other two weeks.

4.Write the scale of the graph shown in figure no. 4.6 (b)

Ans: The scale of the graph in figure no. 4.6 (B) is Y axis 1 cm = 10 mm.

5.How much is the rainfall on June 18th?

Ans: The rainfall on 18th June is 60 mm.

6.State the difference in the amount of rainfall between 17th June and 19th June.

Ans: The rainfall on 19th June is 70 mm and on 17th June it is 50 mm. So the difference is 70 mm − 50 mm = 20 mm.

Tell me.

Model answers. Your own answers will depend on the field visit you have been on.

Where have you been for a field visit?

Ans: We went for a field visit to a nearby lake and bird sanctuary.

In which direction is that place from your school?

Ans: The place is in the north-east direction from our school. We found this using a compass.

Which means of transport did you use to reach that place?

Ans: We travelled there by school bus.

Which objective of yours is achieved by visiting that place?

Ans: We observed the natural surroundings, noted down data and observations first-hand, and understood how water bodies, plants and birds are connected.

Where else would you like to go for a field visit?

Ans: I would like to visit a weather observatory or a science centre to see how weather instruments work.

Q.Tools required for field visits: Use the objects given below to complete the given activity.
(map, compass, notebook and pen, pencil, first-aid box, binoculars, Google map, mobile phone, camera, means of transport, questionnaire, water bottle, cap, money, bag and tiffin, identity card)

Ans:
PurposeObject
For journeyMeans of transport
For expenditureMoney
For finding the sites and placesMap
For accurate places and routesGoogle map
For deciding directionsCompass
For photographyCamera
To see the objects at far distancesBinoculars
For sketchingPencil
PurposeObject
For noting data and observationsNotebook and pen
For asking questions during interviewQuestionnaire
For collecting samplesBag and tiffin
For protection from sunCap
For quenching thirstWater bottle
For first-aidFirst-aid box
To prove the self-identityIdentity card
For communicationMobile phone

A)Depict the following elements in the world map with a legend.
1) The Equator and the Prime Meridian   2) The Australian continent   3) The Atlantic Ocean   4) India

Ans:
60°S30°S0°30°N60°N150°W120°W90°W60°W30°W0°30°E60°E90°E120°E150°EATLANTICOCEANAUSTRALIAINDIAEquator (0°)Prime Meridian (0°)LegendEquatorPrime MeridianAustralian continentAtlantic OceanIndia
World map showing the Equator, Prime Meridian, Australia, Atlantic Ocean and India
  • The Equator is the 0° line of latitude. It runs east to west across the middle of the map and divides the Earth into the Northern and Southern Hemispheres. It is shown with a red dashed line.
  • The Prime Meridian is the 0° line of longitude. It passes through Greenwich and divides the Earth into the Eastern and Western Hemispheres. It is shown with a green dashed line.
  • The Australian continent lies in the Southern Hemisphere, between the Indian Ocean and the Pacific Ocean. It is coloured orange.
  • The Atlantic Ocean lies between the Americas on the west and Europe and Africa on the east. It is shaded blue.
  • India lies in the Northern and Eastern Hemispheres, in the southern part of Asia. It is coloured purple.
Tip: Use a different colour or line style for each element and write each one in the legend.

B)Construct a simple bar graph based on the data given below.

TalukaAmbajogaiDharangaonPandharpurKamti
Rainfall in mm (Year 2024)622559732845
Ans:
Simple Bar Graph Rainfall of Talukas (Year 2024) Scale: Y axis 1 cm = 100 mm 0 100 200 300 400 500 600 700 800 900 Y X Rainfall (in mm) Taluka Ambajogai 622 mm Dharangaon 559 mm Pandharpur 732 mm Kamti 845 mm
Simple bar graph: Rainfall of Talukas (Year 2024)

Steps to draw:

  1. Draw the X axis (Taluka) and the Y axis (Rainfall in mm).
  2. Choose a scale for the Y axis: 1 cm = 100 mm.
  3. Draw bars of equal width with equal gaps for each taluka. The height of each bar shows its rainfall.
  4. Write the title, the axis labels and the scale on the graph.
Observation: Kamti has the highest rainfall (845 mm) and Dharangaon has the lowest rainfall (559 mm).

C)Construct a line graph based on the data given below.

TalukaAmbajogaiDharangaonPandharpurKamti
Temperature Degree C° (March 2024)34353730
Ans:
Line Graph Temperature of Talukas (March 2024) Scale: Y axis 1 cm = 5 °C 0 5 10 15 20 25 30 35 40 Y X Temperature (°C) Taluka Ambajogai Dharangaon Pandharpur Kamti 34°C 35°C 37°C 30°C
Line graph: Temperature of Talukas (March 2024)

Steps to draw:

  1. Draw the X axis (Taluka) and the Y axis (Temperature in °C).
  2. Choose a scale for the Y axis: 1 cm = 5 °C.
  3. Mark a point for the temperature of each taluka.
  4. Join the points with straight lines and write the title, the axis labels and the scale.
Observation: Pandharpur is the hottest taluka (37 °C) and Kamti is the coolest (30 °C).

Activity:Prepare a questionnaire for a field visit to a place in your surrounding area.

Ans: Model questionnaire for a field visit to the local market.

Questionnaire: Field Visit to the Local Market

Name of student: ____________Date: ____________Name of the place: ____________
  1. What is the name of this market and where is it located?
  2. In which direction is the market from our school?
  3. Since when has this market been functioning?
  4. On which days and at what timings is the market open?
  5. Which goods (vegetables, fruits, grains, etc.) are sold here?
  6. From which villages or places do these goods come?
  7. Which means of transport are used to bring the goods to the market?
  8. How many shops and workers are there in the market?
  9. What problems do the traders face (space, parking, waste, rain)?
  10. What is done with the waste and the unsold goods?
  11. How does this market help the people of the surrounding area?
  12. What suggestions do you have to improve the market?

Activity:Enlist the modern techniques useful for reaching an unknown place properly.

Ans:
  1. Google Maps (digital maps and online mapping) shows the route, the distance and the travel time to a place.
  2. GPS (Global Positioning System) uses satellites to find our exact location and guide us on the way.
  3. Mobile navigation apps give turn-by-turn voice directions while we travel.
  4. Satellite images and street view let us see the place and its surroundings before we reach it.
  5. The digital compass in a mobile phone helps us decide directions.
  6. Sharing live location with family or friends helps them find us and helps us find them.
  7. Online timetables and travel apps help us choose a bus, train or other transport to reach the place.
Geography · Chapter 4: Practical Exercise · maharashtraboardnotes.in
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