Master Unit Conversions: Complete Guide to Measurement Systems
Focused View
2:45:38
1 -1. Introduction to units of measurement.mp4
01:25
1 -Correct Writing Form.mp4
10:47
1 -3.Base and Derived Units.mp4
04:41
2 -3.1 Base Unit Mole.mp4
10:16
3 -3.2 Base Unit Mass.mp4
16:04
4 -3.3 Base Unit Temperature.mp4
07:58
4 -PART 6.mp4
07:58
5 -3.4 Base Unit Length.mp4
12:28
6 -3.5 Base Unit Time.mp4
09:32
7 -3.6 Base Unit Ampere.mp4
07:42
8 -3.7 Base Unit Candela.mp4
03:15
9 -3.8 Derived Unit Density.mp4
03:41
10 -3.8.2 Derived unit Density.mp4
11:42
11 -3.9 Derived Unit Area.mp4
09:48
12 -3.10 Derived Unit Volume.mp4
05:25
13 -3.11 Derived Unit Pressure.mp4
13:43
14 -3.12 Derived Unit Work.mp4
08:44
15 -3.13 Derived Unit Power.mp4
07:14
1 -4.1 Definition and Types of Flow Rate.mp4
02:16
2 -4.2 Unit Conversion Liquid Flow Rate.mp4
01:43
3 -4.3 Gas Flow Rate Standard Condition.mp4
00:39
4 -4.4.1 Unit Conversion Standard Condition.mp4
03:25
5 -4.5 Gas Flow Rate Normal Condition.mp4
00:53
6 -4.5.1 Unit Conversion Normal Condition.mp4
04:19
More details
Course Overview
This comprehensive course covers all aspects of units of measurement, from basic definitions to advanced conversion techniques across SI and FPS systems, with practical applications in flow rates and scientific calculations.
What You'll Learn
- Correct writing forms and types of measurement units
- Base and derived units including mole, mass, temperature and more
- Practical unit conversion techniques between measurement systems
Who This Is For
- STEM students studying physics, chemistry or engineering
- Professionals needing precise unit conversions
- Educators teaching measurement systems
Key Benefits
- Master essential skills for scientific calculations
- Learn industry-standard conversion methods
- Gain confidence working with complex units
Curriculum Highlights
- Introduction to measurement systems
- Base and derived units deep dive
- Flow rate conversions (liquid & gas)
