MOCK TEST ON GEOGRAPHICAL TECHNIQUES PYQS JUNE & DEC 2020 NTA UGC NET

MOCK TEST ON GEOGRAPHICAL TECHNIQUES (CARTOGRAPHY & STATS) PYQS JUNE & DEC 2020 NTA UGC NET

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GEOGRAPHICAL TECHNIQUES MOCK TEST 2020

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2020 CARTOGRAPHY AND STATS PYQS NTA UGC NET

  • This Test Contains 13 Questions
  • Total Questions is 13
  • All Questions are Compulsory
  • No Negative Marking
  • Specific Time given for this quiz
  • Quiz / Test will start after clicking on Start Button
  • After Completing Quiz, can see result in Percentages (%)
  • Note If you found anything  wrong then please WhatsApp us -8436520537
  • Attempt Carefully, so lets start, best wishes 

 

 

 

1 / 13

Q.1. Read the following statement regarding Hypsometric curve (NTA UGC NET JUNE 2020)

(A) It shows the area - height relationship of a drainage basin.

(B) A convex curve indicates that bulk of the basin's area remains at relatively low elevation.

(C) A concave curve in characterized by diffusive hill slope processes such as land sliding, soil creep etc.

(D) The simple way to characterize the shape of hypsometric curve for any drainage basin is to calculate hypsometric integral (HD)

Choose the correct answer from the options given below:

(1) (A), (B) and (C) are correct

(2) (B) and (C) are correct

(3) (A) and (D) are correct

(4) (A), (B), (C) and (D) are correct

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Q.2. Two dimensional diagrams are also known as (NTA UGC NET JUNE 2020)

(1) Size

(2) Volume

(3) Ratio

(4) Area

3 / 13

Q.3. In which of the following maps average slope and relative relief are shown simultaneously (NTA UGC NET JUNE 2020)

(1) Trachographic map

(2) Planimetric map

(3) Hypsometric map

(4) Morphological map

4 / 13

Q.4. Histogram is associated with which one of the following data distribution (NTA UGC NET JUNE 2020)

(1) Discrete frequency distribution

(2) Continious frequency distribution

(3) Log-normal frequency distribution

(4) Un-classified data

5 / 13

Q.5. Which one of the following curves is correct to show the cumulative frequency distribution? (NTA UGC NET JUNE 2020)

(1) Frequency curve

(2) Ogive

(3) Log-normal eurve

(4) Semi-log curve

6 / 13

Q.6. Which one of the following techniques is correct to show inequality of two given distribution (NTA UGC NET JUNE 2020)

(1) Rn statistics

(2) X2 test

(3) Correlation Coefficient

(4) Lorenz curve

7 / 13

Q.7. Match List I with List II: (NTA UGC NET JUNE 2020)

List I - (Settlement)

List II - (Pattern)

(I) Uniform

(II) Random

(III) More clustered than uniform

(IV) Clustered

Choose the correct answer from the options given below:

 ABCD
(1)IIIIVIII
(2)IIIIVIII
(3)IIIIIIIV
(4)IIIVIIII

8 / 13

Q.8. Which one of the following percentage of frequencies between the range of 0 to + 1.00 (σ) standard deviation (NTA UGC NET JUNE 2020)

(1) 34.13%

(2) 38.23%

(3) 46.20%

(4) 47.73%

9 / 13

Comprehension:

Consider the following data and answer questions: 9 - 13

Q.9. Which one of the following is the cumulative frequency for the class limit 401 - 500 from the given data set. (NTA UGC NET JUNE 2020)

(1) 24

(2) 40

(3) 16

(4) 80

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Q.10. Which one of the following is the cumulative frequency of the entire data set (NTA UGC NET JUNE 2020)

(1) 125

(2) 24

(3) 40

(4) 118

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Q.11. Which one of the following is the relative frequency in percentage for class limit 301- 400 from the given data set. (NTA UGC NET JUNE 2020)

(1) 18.2

(2) 19.2

(3) 20.2

(4) 24.2

12 / 13

Q.12. Which one of the following is the mode value for the given data set (NTA UGC NET JUNE 2020)

(1) 483

(2) 125

(3) 400.5

(4) 441

13 / 13

Q.13. Which one of the following is the arithmetic mean value for the given data set (NTA UGC NET JUNE 2020)

(1) 125

(2) 40

(3) 483

(4) 603

Your score is

The average score is 76%

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Syllabus:

Unit IX:

Geographical Techniques

Sources of Geographic Information and Data (spatial and non-spatial), Types of Maps, Techniques of Map Making (Choropleth, Isarithmic, Dasymetric, Chorochromatic, Flow Maps) Data Representation on Maps (Pie diagrams, Bar diagrams and Line Graph, GIS Database (raster and vector data formats and attribute data formats). Functions of GIS (conversion, editing and analysis), Digital Elevation Model (DEM), Georeferencing (coordinate system and map projections and Datum), GIS Applications ( thematic cartography, spatial decision support system), Basics of Remote Sensing (Electromagnetic Spectrum, Sensors and Platforms, Resolution and Types, Elements of Air Photo and Satellite Image Interpretation and Photogrammetry), Types of Aerial Photographs, Digital Image Processing: Developments in Remote Sensing Technology and Big Data Sharing and its applications in Natural Resources Management in India, GPS Components (space, ground control and receiver segments) and Applications, Applications of Measures of Central Tendency, Dispersion and Inequalities, Sampling, Sampling Procedure and Hypothesis Testing (chi square test, t test, ANOVA), Time Series Analysis, Correlation and Regression Analysis, Measurement of Indices, Making

Indicators Scale Free, Computation of Composite Index, Principal Component Analysis and Cluster Analysis, Morphometric Analysis: Ordering of Streams, Bifurcation Ratio, Drainage Density and Drainage Frequency, Basin Circularity Ratio and Form Factor, Profiles, Slope Analysis, Clinographic Curve, Hypsographic Curve and Altimetric Frequency Graph. 

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