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 centimeter (cc or cm³) may seem humble, but it’s a powerhouse in precision measurement. Commonly known as a milliliter in the medical and culinary fields, this unit is crucial for accurately dispensing liquids. Automotive enthusiasts might recognize the cubic centimeter as a measure of engine size, influencing both performance and efficiency. Interestingly, in the world of gemstones, a cubic centimeter of diamond weighs a whopping 3.52 grams, emphasizing its density compared to other materials.
In medical contexts, the cubic centimeter is vital for defining dosage in injections, showcasing its critical role in ensuring patient safety and treatment accuracy. Its versatility and precision make the cubic centimeter a cornerstone in various sciences and industries, underscoring its widespread, yet often underappreciated, importance in everyday measurements.
| Gigalitres | Cubic Centimeters |
|---|---|
0
Gl
|
0
cm³
|
0.1
Gl
|
1e+11
cm³
|
0.2
Gl
|
2e+11
cm³
|
0.3
Gl
|
3e+11
cm³
|
0.4
Gl
|
4e+11
cm³
|
0.5
Gl
|
5e+11
cm³
|
0.6
Gl
|
6e+11
cm³
|
0.7
Gl
|
7e+11
cm³
|
0.8
Gl
|
8e+11
cm³
|
0.9
Gl
|
9e+11
cm³
|
1
Gl
|
1e+12
cm³
|
1.1
Gl
|
1.1e+12
cm³
|
1.2
Gl
|
1.2e+12
cm³
|
1.3
Gl
|
1.3e+12
cm³
|
1.4
Gl
|
1.4e+12
cm³
|
1.5
Gl
|
1.5e+12
cm³
|
1.6
Gl
|
1.6e+12
cm³
|
1.7
Gl
|
1.7e+12
cm³
|
1.8
Gl
|
1.8e+12
cm³
|
1.9
Gl
|
1.9e+12
cm³
|
2
Gl
|
2e+12
cm³
|
2.1
Gl
|
2.1e+12
cm³
|
2.2
Gl
|
2.2e+12
cm³
|
2.3
Gl
|
2.3e+12
cm³
|
2.4
Gl
|
2.4e+12
cm³
|
2.5
Gl
|
2.5e+12
cm³
|
2.6
Gl
|
2.6e+12
cm³
|
2.7
Gl
|
2.7e+12
cm³
|
2.8
Gl
|
2.8e+12
cm³
|
2.9
Gl
|
2.9e+12
cm³
|
3
Gl
|
3e+12
cm³
|
3.1
Gl
|
3.1e+12
cm³
|
3.2
Gl
|
3.2e+12
cm³
|
3.3
Gl
|
3.3e+12
cm³
|
3.4
Gl
|
3.4e+12
cm³
|
3.5
Gl
|
3.5e+12
cm³
|
3.6
Gl
|
3.6e+12
cm³
|
3.7
Gl
|
3.7e+12
cm³
|
3.8
Gl
|
3.8e+12
cm³
|
3.9
Gl
|
3.9e+12
cm³
|
4
Gl
|
4e+12
cm³
|
4.1
Gl
|
4.1e+12
cm³
|
4.2
Gl
|
4.2e+12
cm³
|
4.3
Gl
|
4.3e+12
cm³
|
4.4
Gl
|
4.4e+12
cm³
|
4.5
Gl
|
4.5e+12
cm³
|
4.6
Gl
|
4.6e+12
cm³
|
4.7
Gl
|
4.7e+12
cm³
|
4.8
Gl
|
4.8e+12
cm³
|
4.9
Gl
|
4.9e+12
cm³
|
5
Gl
|
5e+12
cm³
|
5.1
Gl
|
5.1e+12
cm³
|
5.2
Gl
|
5.2e+12
cm³
|
5.3
Gl
|
5.3e+12
cm³
|
5.4
Gl
|
5.4e+12
cm³
|
5.5
Gl
|
5.5e+12
cm³
|
5.6
Gl
|
5.6e+12
cm³
|
5.7
Gl
|
5.7e+12
cm³
|
5.8
Gl
|
5.8e+12
cm³
|
5.9
Gl
|
5.9e+12
cm³
|
6
Gl
|
6e+12
cm³
|
6.1
Gl
|
6.1e+12
cm³
|
6.2
Gl
|
6.2e+12
cm³
|
6.3
Gl
|
6.3e+12
cm³
|
6.4
Gl
|
6.4e+12
cm³
|
6.5
Gl
|
6.5e+12
cm³
|
6.6
Gl
|
6.6e+12
cm³
|
6.7
Gl
|
6.7e+12
cm³
|
6.8
Gl
|
6.8e+12
cm³
|
6.9
Gl
|
6.9e+12
cm³
|
7
Gl
|
7e+12
cm³
|
7.1
Gl
|
7.1e+12
cm³
|
7.2
Gl
|
7.2e+12
cm³
|
7.3
Gl
|
7.3e+12
cm³
|
7.4
Gl
|
7.4e+12
cm³
|
7.5
Gl
|
7.5e+12
cm³
|
7.6
Gl
|
7.6e+12
cm³
|
7.7
Gl
|
7.7e+12
cm³
|
7.8
Gl
|
7.8e+12
cm³
|
7.9
Gl
|
7.9e+12
cm³
|
8
Gl
|
8e+12
cm³
|
8.1
Gl
|
8.1e+12
cm³
|
8.2
Gl
|
8.2e+12
cm³
|
8.3
Gl
|
8.3e+12
cm³
|
8.4
Gl
|
8.4e+12
cm³
|
8.5
Gl
|
8.5e+12
cm³
|
8.6
Gl
|
8.6e+12
cm³
|
8.7
Gl
|
8.7e+12
cm³
|
8.8
Gl
|
8.8e+12
cm³
|
8.9
Gl
|
8.9e+12
cm³
|
9
Gl
|
9e+12
cm³
|
9.1
Gl
|
9.1e+12
cm³
|
9.2
Gl
|
9.2e+12
cm³
|
9.3
Gl
|
9.3e+12
cm³
|
9.4
Gl
|
9.4e+12
cm³
|
9.5
Gl
|
9.5e+12
cm³
|
9.6
Gl
|
9.6e+12
cm³
|
9.7
Gl
|
9.7e+12
cm³
|
9.8
Gl
|
9.8e+12
cm³
|
9.9
Gl
|
9.9e+12
cm³
|
10
Gl
|
1e+13
cm³
|
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