RGPV Basic Civil Engineering & Engineering Mechanics B.Tech 1st Year 1st/2nd Sem
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What you'll learn
This course includes
- 18.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 52 lessons • 18.5 hours of video
RGPV Basic Civil Engineering & Engineering Mechanics B.Tech 1st Year 1st/2nd Sem
52 lessons
• 18.5 hours
RGPV Basic Civil Engineering & Engineering Mechanics B.Tech 1st Year 1st/2nd Sem
52 lessons
• 18.5 hours
- RGPV Basic Civil Engineering & Mechanics B.Tech 1st Year Syllabus & Class Announcement 08:01
- Lec 1 Stone | Unit-1 Building Materials & Construction | BASIC CIVIL ENGG & ENGG MECHANICS 31:08
- Brick & its Properties | Test of Brick | Unit-1 Building Materials & Construction | BASIC CIVIL ENGG 23:11
- Cement & its Properties | Types of Cement | Various Test of Cement | BCE & EM B.Tech 1st Year 28:00
- Timber & its Types | Defect in Timber | Seosoning of Timber | Types of Seosoning | Test on Timber 20:59
- Mortar & its Properties ,Cement Concrete, Workability of Concrete | BASIC CIVIL ENGG & ENGG MECHANIC 21:19
- Curing, Methods of Curing, Segregation, Bleeding, Test for Concrete & Properties of Concrete 19:50
- Elements of Building Construction | Foundation &Types of Foundation | Building Construction 27:06
- Brick Masonry Walls | Brick Bonds | Plastering | Pointing | Unit-1 Building Materials & Construction 09:12
- Flooring & Types of Flooring | Roof & Types of Roof | Unit-1 Building Materials & Construction 07:34
- Doors & Types of Doors | Window & Types of Window | BASIC CIVIL ENGG & ENGG MECHANICS 13:40
- Stairs & Types of Stairs | BASIC CIVIL ENGG & ENGG MECHANICS | BASIC CIVIL ENGG & ENGG MECHANICS 16:43
- How to Prepare for RGPV Basic Civil Engineering & Engineering Mechanics 04:38
- Lec 1 Surveying & Classification of Surveying | Unit 2 Surveying & Positioning | BASIC CIVIL ENGG 31:04
- Linear Measurement & Instrument Used for Linear Measurement | Unit 2 Surveying & Positioning 25:02
- Ranging & Types of Ranging | Unit 2 Surveying & Positioning | BASIC CIVIL ENGINEERING 25:48
- Horizontal Distance of a Slope | Chain Surveying | Survey Station | Unit 2 Surveying & Positioning 22:27
- How to Select Survey Station | Offset in Chain Surveying | Error in Chain Surveying 21:14
- Numerical on Chain Surveying | Unit 2 Surveying & Positioning | BASIC CIVIL ENGINEERING 10:37
- Principle of Compass Surveying & Types of Traverse | Unit 2 Surveying & Positioning 12:54
- Types Compass| True Meridian | Magnetic Meridian | Types of Bearing | Unit 2 Surveying & Positioning 26:51
- Whole Circle Bearing (W.C.B) & Reduced Bearing (R.B) | Conversion of W.B.C TO R.B 35:15
- Convert Reduced Bearing (R.B) to Whole Circle Bearing (W.C.B) | Conversion of R.B to W.C.B 14:04
- Fore Bearing & Back Bearing | Unit 2 Surveying & Positioning | BASIC CIVIL ENGINEERING 33:44
- Local Attraction | Fore Bearing & Back Bearing | Unit 2 Surveying & Positioning 14:59
- Levelling | Principle of Levelling | Levelling Instrument | Types Of Level 17:13
- Terms Used in Levelling | Bench Mark | Types of Bench Mark & Types Of Levelling 36:24
- Reduced Level (RL) by Height of Instrument Method Numerical Part-1 44:01
- Reduced Level (RL) by Height of Instrument Method Numerical Part - 2 17:25
- Reduced Level (RL) by Height of Instrument Method Numerical Part - 3 17:58
- Reduced Level (RL) by Rise & Fall Method Numerical Part - 1 17:58
- Reduced Level (RL) by Rise & Fall Method Numerical Part - 2 19:52
- Theodolite | Parts of Theodolite | Types of Theodolite | Unit 2 Surveying & Positioning 08:30
- Plane Table Surveying | Plane Table Surveying Equipment | Method of Plane Table Surveying 12:46
- EDM (Electronic Distance Measurement) | Unit 2 Surveying & Positioning | BASIC CIVIL ENGINEERING 04:19
- Lec 1| Contour & Characteristics (Property) of Contour | Unit 3 Mapping & Sensing |BASIC CIVIL ENGG 15:32
- Method of Contouring & Contour Interval | Unit 3 Mapping & Sensing | BASIC CIVIL ENGINEERING 10:08
- Remote Sensing & Application of Remote Sensing | Unit 3 Mapping & Sensing | BASIC CIVIL ENGINEERING 09:37
- Area Numerical by Simpson's Rule, Trapezoidal Rule, Average-Ordinate Rule & Mid-Ordinate Rule 40:28
- Area by Simpson's Rule, Trapezoidal Rule, Average-Ordinate Rule & Mid-Ordinate Rule 22:57
- Volume by Trapezoidal & Primoidal Method | Unit 3 Mapping & Sensing | BASIC CIVIL ENGINEERING 17:37
- Lec 1 | Introduction to Engineering Mechanics | Introduction to Applied Mechanics 53:24
- Lec 2 | Triangle law of forces | Parallelogram Law of Forces | Principle of Transmissibility 35:53
- Lec 3 | Numerical Based on Resultant Force | Composition & Resolution of Forces | Engg Mechanics 26:29
- Lec 4 | Numerical Based on Resultant Force | Composition & Resolution of Forces | Engg Mechanics 21:57
- Lec 5 | Numerical Based on Resultant Force | Composition & Resolution of Forces | Engg Mechanics 25:52
- Lec 6 | Method of Resolution & Composition of Forces | Engineering Mechanics 41:26
- Lec 7 | Method of Resolution & Composition of Forces Numerical | Engineering Mechanics 30:51
- Lec 8 | Method of Resolution & Composition of Forces Numerical | Engineering Mechanics 15:55
- Lec 9 | Method of Resolution & Composition of Forces Numerical | Engineering Mechanics 27:11
- Lec 10 | Method of Resolution & Composition of Forces Numerical | Engineering Mechanics 14:03
- Lec 11 | Method of Resolution & Composition of Forces Numerical | Engineering Mechanics 26:39
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