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0:16:15

TYPE 4 S CURVE METHOD NUMERICAL| S CURVE SOLVED EXAMPLE | S CURVE METHOD STEPS & NUMERICAL | S SURVE

0:09:30

S CURVE THEORY | S HYDROGRAPH CONCEPT | SUMMATION CURVE | EQUILBRIUM DISCHARGE IN S CURVE METHOD |UH

0:12:35

TYPE 3 PRINCIPLE OF SUPERPOSITION NUMERICAL| PRINCIPLE OF SUPERPOSITION UNIT HYDROGRAPH SUM | UH SUM

0:18:17

TYPE 2 SUM : UNIT HYDROGRAPH TO FLOOD HYDROGRAPH | UH TO FH NUMERICAL | STEPS & SOLVED EXAMPLE OF UH

0:19:00

TYPE 1 SUM : FLOOD HYDROGRAPH TO UNIT HYDROGRAPH | FH TO UH NUMERICAL | STEPS & SOLVED EXAMPLE OF UH

0:15:39

Unit Hydrograph Theory & Assumption in Detail | Unit Hydrograph Basics| Unit Hydrograph Concept| UH

0:29:32

Hydrograph| Components of Hydrograph| Rising & Recession Limb | Crest| Peak Flow| Concentration Time

0:10:31

Recording Rain Gauge | Automatic Rain Gauge | Weighing bucket| Tipping Bucket| Float Type Rain Gauge

0:13:12

Non Recording Rain gauge | Symon's Rain gauge | IMD Rain gauge | How Rainfall is Measured |Raingauge

0:09:12

Watershed | Catchment Area | Drainage Basin | Precipitation Area || What is Watershed in Hydrology ?

0:16:40

Hydrology & Hydrologic Cycle | Rainfall, Runoff, Evapotranspiration Infiltration in Hydrologic Cycle

0:07:37

Type 4: Phi index & W index solved MCQ of 2 Mark| Find Runoff, Phi index & W index Example| GPSC MCQ

0:09:18

Type 3: Phi Index & W Index sum| Rainfall intensity & Phi index given| Find Runoff & W Index| Windex

0:19:09

Type 2 : Phi & W index sum | When Rainfall rate or intensity & Runoff is given | Phi Index & W Index

0:15:49

Type 1: Phi index sum| when Precipitation & Runoff is given| find phi index & W index| Phi & W index

0:11:35

W Index | Infiltration Index | Difference between Phi index & W index in detail | Hydrology || GPSC

0:19:49

Phi Index | Infiltration Index | Infiltration Indices | Hydrology | Phi index assumption | GPSC MCQ

0:09:10

Infiltration Index| Infiltration Indices| Why infiltration rate is assumed constant| Hydrology| GPSC

0:13:41

Design of lined canal | Solved Example of Design of Trapezoidal and Triangle section lined canal

0:12:52

Lacey's sum |Type 2 When silt factor is not given & side slope is different | Lacey's solved example

0:10:31

Lacey's sum | Type 1 when Silt factor is given & Side slope is 1/2 : 1 | Lacey's Design of canal

0:13:27

Lacey's theory Design step | Design step for Lacey's theory of canal Design | GPSC MCQ Question

0:09:40

Canal Design by Kennedy's theory Numerical || Type 2 method example of Kennedy's theory with details