The gigalitre (GL) is a volumetric unit equivalent to one billion litres, often used to measure water resources on a large scale. To put this into perspective, a gigalitre of water could fill approximately 400 Olympic-sized swimming pools! This unit is crucial in managing and understanding global water sources, especially in regions facing water scarcity.
Interestingly, the Snowy Mountains Scheme in Australia, one of the largest engineering projects in the world, diverts roughly 4,000 gigalitres of water annually, illustrating just how expansive the potential application of this unit can be. By using measurements like the gigalitre, governments and scientists can communicate more effectively about water reserves, helping to support sustainable water management and planning across diverse environments.
The cubic millimeter is an incredibly tiny unit of volume that highlights the intricacy and precision involved in scientific and medical measurements. Imagine something no bigger than a single grain of sand — this is the scale we’re talking about. In the human body, blood cells are often measured in cubic millimeters, with millions of red blood cells present in just one cubic millimeter of blood. This minuscule scale allows for remarkably detailed analysis in fields ranging from microbiology to fluid dynamics.
Interestingly, the cubic millimeter plays a crucial role in modern technology too. In microelectronics, the components of integrated circuits are frequently measured in these minuscule units, enabling the development of faster and more powerful processors. Understanding this tiny unit gives us remarkable insight into both the natural world and the man-made marvels of engineering.
| Gigalitres | Cubic Millimeters |
|---|---|
0
Gl
|
0
mm³
|
0.1
Gl
|
1e+14
mm³
|
0.2
Gl
|
2e+14
mm³
|
0.3
Gl
|
3e+14
mm³
|
0.4
Gl
|
4e+14
mm³
|
0.5
Gl
|
5e+14
mm³
|
0.6
Gl
|
6e+14
mm³
|
0.7
Gl
|
7e+14
mm³
|
0.8
Gl
|
8e+14
mm³
|
0.9
Gl
|
9e+14
mm³
|
1
Gl
|
1e+15
mm³
|
1.1
Gl
|
1.1e+15
mm³
|
1.2
Gl
|
1.2e+15
mm³
|
1.3
Gl
|
1.3e+15
mm³
|
1.4
Gl
|
1.4e+15
mm³
|
1.5
Gl
|
1.5e+15
mm³
|
1.6
Gl
|
1.6e+15
mm³
|
1.7
Gl
|
1.7e+15
mm³
|
1.8
Gl
|
1.8e+15
mm³
|
1.9
Gl
|
1.9e+15
mm³
|
2
Gl
|
2e+15
mm³
|
2.1
Gl
|
2.1e+15
mm³
|
2.2
Gl
|
2.2e+15
mm³
|
2.3
Gl
|
2.3e+15
mm³
|
2.4
Gl
|
2.4e+15
mm³
|
2.5
Gl
|
2.5e+15
mm³
|
2.6
Gl
|
2.6e+15
mm³
|
2.7
Gl
|
2.7e+15
mm³
|
2.8
Gl
|
2.8e+15
mm³
|
2.9
Gl
|
2.9e+15
mm³
|
3
Gl
|
3e+15
mm³
|
3.1
Gl
|
3.1e+15
mm³
|
3.2
Gl
|
3.2e+15
mm³
|
3.3
Gl
|
3.3e+15
mm³
|
3.4
Gl
|
3.4e+15
mm³
|
3.5
Gl
|
3.5e+15
mm³
|
3.6
Gl
|
3.6e+15
mm³
|
3.7
Gl
|
3.7e+15
mm³
|
3.8
Gl
|
3.8e+15
mm³
|
3.9
Gl
|
3.9e+15
mm³
|
4
Gl
|
4e+15
mm³
|
4.1
Gl
|
4.1e+15
mm³
|
4.2
Gl
|
4.2e+15
mm³
|
4.3
Gl
|
4.3e+15
mm³
|
4.4
Gl
|
4.4e+15
mm³
|
4.5
Gl
|
4.5e+15
mm³
|
4.6
Gl
|
4.6e+15
mm³
|
4.7
Gl
|
4.7e+15
mm³
|
4.8
Gl
|
4.8e+15
mm³
|
4.9
Gl
|
4.9e+15
mm³
|
5
Gl
|
5e+15
mm³
|
5.1
Gl
|
5.1e+15
mm³
|
5.2
Gl
|
5.2e+15
mm³
|
5.3
Gl
|
5.3e+15
mm³
|
5.4
Gl
|
5.4e+15
mm³
|
5.5
Gl
|
5.5e+15
mm³
|
5.6
Gl
|
5.6e+15
mm³
|
5.7
Gl
|
5.7e+15
mm³
|
5.8
Gl
|
5.8e+15
mm³
|
5.9
Gl
|
5.9e+15
mm³
|
6
Gl
|
6e+15
mm³
|
6.1
Gl
|
6.1e+15
mm³
|
6.2
Gl
|
6.2e+15
mm³
|
6.3
Gl
|
6.3e+15
mm³
|
6.4
Gl
|
6.4e+15
mm³
|
6.5
Gl
|
6.5e+15
mm³
|
6.6
Gl
|
6.6e+15
mm³
|
6.7
Gl
|
6.7e+15
mm³
|
6.8
Gl
|
6.8e+15
mm³
|
6.9
Gl
|
6.9e+15
mm³
|
7
Gl
|
7e+15
mm³
|
7.1
Gl
|
7.1e+15
mm³
|
7.2
Gl
|
7.2e+15
mm³
|
7.3
Gl
|
7.3e+15
mm³
|
7.4
Gl
|
7.4e+15
mm³
|
7.5
Gl
|
7.5e+15
mm³
|
7.6
Gl
|
7.6e+15
mm³
|
7.7
Gl
|
7.7e+15
mm³
|
7.8
Gl
|
7.8e+15
mm³
|
7.9
Gl
|
7.9e+15
mm³
|
8
Gl
|
8e+15
mm³
|
8.1
Gl
|
8.1e+15
mm³
|
8.2
Gl
|
8.2e+15
mm³
|
8.3
Gl
|
8.3e+15
mm³
|
8.4
Gl
|
8.4e+15
mm³
|
8.5
Gl
|
8.5e+15
mm³
|
8.6
Gl
|
8.6e+15
mm³
|
8.7
Gl
|
8.7e+15
mm³
|
8.8
Gl
|
8.8e+15
mm³
|
8.9
Gl
|
8.9e+15
mm³
|
9
Gl
|
9e+15
mm³
|
9.1
Gl
|
9.1e+15
mm³
|
9.2
Gl
|
9.2e+15
mm³
|
9.3
Gl
|
9.3e+15
mm³
|
9.4
Gl
|
9.4e+15
mm³
|
9.5
Gl
|
9.5e+15
mm³
|
9.6
Gl
|
9.6e+15
mm³
|
9.7
Gl
|
9.7e+15
mm³
|
9.8
Gl
|
9.8e+15
mm³
|
9.9
Gl
|
9.9e+15
mm³
|
10
Gl
|
1e+16
mm³
|
If you like the website, share it on social media.