50. Differential Levelling and determination of Spot Height through various stations

Differential Levelling and determination of Spot Height through various stations

49. Differential Levelling and determination of Spot Height by Level

Differential Levelling and determination of Spot Height by Level

48. Differential Levelling & Profiling by IOP

Profiling by IOP

47. Melloweide Projection

Melloweide Projection

45. Polar Zenithal Stereographic Projection

Polar Zenithal Stereographic Projection

46. Mercator Projection

Mercator Projection

44. Polar Zenithal Equal Area Projection

Polar Zenithal Equal Area Projection

43. Cylindrical Equal Area Projection

Cylindrical Equal Area Projection

42. Polyconic Projection

41. Conical Projection with Two Standard Parallel

From Here, Geography Practicals of B.A. 3rd Year will start.

In this post, you can see the list of all practicals of 5th Semester given below :-
1. Conical Projection with Two Standard

    Parallels

2. Polyconic Projections

3. Cylindrical Equal Area Projections

4. Polar Zenithal Equal Area Projection
5. Polar Zenithal Stereograohic Projection
6. Mercator Projection
7. Mellowiede's Projection

Field Work Practicals
8. Profiling By I.O.P.
9. Differential Levelling
10. Differential Levelling and Determination of Spot Heights by Level

INDEX 5th Semester Geo. Practical session 2020-21 ↓

33. Measures of Distance to Breaking Point

 Measures of Distance to Breaking Point

Measures of Distance to Breaking Point Page 1

Measures of Distance to Breaking Point Page 2

Measures of Distance to Breaking Point Page 3

Measures of Distance to Breaking Point Page 4

32. Point Pattern Analysis : Quadrat Counts

Point Pattern Analysis : Quadrat Counts

Quadrat Counts Page 1

Quadrat Counts Page 2

Quadrat Counts Page 3

31. Point Pattern Analysis : Distance Method

Point Pattern analysis : Distance Method ( Nearest Neighbour Method)

Point Pattern Analysis ( Nearest Neighbour Method) Page 1

Point Pattern Analysis ( Nearest Neighbour Method) Page 2

Point Pattern Analysis ( Nearest Neighbour Method) Page 3

Point Pattern Analysis ( Nearest Neighbour Method) Page 4