Kiera Jefferson
In the space-colony simulation game Oxygen Not Included, players have been discussing whether polluted oxygen is heavier than regular oxygen. Some players have observed that polluted oxygen tends to sink below oxygen, leading them to believe that it is heavier. However, others have argued that the movement of polluted oxygen could be due to temperature differences or random movement. While some players have suggested that the molecular mass of polluted oxygen would be different from that of pure oxygen, making it heavier, others have pointed out that the developers have intentionally set polluted oxygen to have the same density as oxygen in the game, resulting in the two gases mixing randomly.
| Characteristics | Values |
|---|---|
| Density | Polluted oxygen and pure oxygen have the same density. |
| Molecular mass | Polluted oxygen has a higher molecular mass due to the presence of other substances. |
| Weight | Polluted oxygen is heavier than pure oxygen due to its higher molecular mass. However, the difference in weight is minuscule, and external factors may play a bigger role in gas distribution. |
| Behavior | In confined spaces, polluted oxygen and pure oxygen may mix randomly, with neither density nor temperature affecting their distribution. In open areas, they may stratify, with oxygen at the top and polluted oxygen below. |
| Sources | Polluted oxygen is generated by various sources, including slime, polluted dirt, and unbottled polluted water in environments with <1800g of air pressure. |
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What You'll Learn
- The molecular mass of polluted oxygen is different from that of pure oxygen
- Polluted oxygen is heavier due to the presence of disease cells or other pollutants
- In the game Oxygen Not Included, polluted oxygen has the same density as oxygen
- The distribution of polluted oxygen and oxygen can be affected by external factors such as the oxygen output's position
- Polluted oxygen can be found in the world naturally in the Swamp Biome and can be harmful to breathe
The molecular mass of polluted oxygen is different from that of pure oxygen
In the space-colony simulation game Oxygen Not Included, players have been discussing the molecular mass of polluted oxygen and how it differs from that of pure oxygen. Some players have observed that polluted oxygen tends to sink below pure oxygen, leading to the assumption that it is heavier. This behaviour has been attributed to the presence of additional substances in polluted oxygen, such as disease cells, which increase its weight.
However, others have argued that the difference in molecular mass between the two types of oxygen is minimal. While polluted oxygen does contain impurities, its density is the same as that of pure oxygen. This is because the molar mass used to determine density in the game is the same for both types of oxygen. As a result, pockets of polluted oxygen can be seen floating freely within pure oxygen.
The behaviour of polluted oxygen in the game is influenced by various factors, including the concentration and distribution of gases in a given space. For example, in areas with high concentrations of polluted oxygen, it may rest at the bottom, while in areas with lower concentrations, it can intermingle with pure oxygen. Additionally, the source of oxygen can also impact its distribution, with oxygen from the top tending to accumulate at the top.
The movement of polluted oxygen is not solely determined by its molecular mass or density. External factors, such as local currents or the movement of characters within the game, can also influence the distribution of gases. This complexity in gas behaviour adds a level of realism to the simulation, even though certain physical properties may be simplified or absent.
While the in-game behaviour of polluted oxygen is intriguing, it is important to recognise that the game simplifies various aspects of physics and chemistry for design and balance reasons. In reality, the molecular mass of polluted oxygen would indeed differ from that of pure oxygen due to the presence of additional substances. This difference in molecular mass would affect the density and behaviour of polluted oxygen, potentially leading to stratification or other complex interactions.
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Polluted oxygen is heavier due to the presence of disease cells or other pollutants
The weight and density of oxygen and polluted oxygen are topics of discussion among players of the space-colony simulation game Oxygen Not Included. In the game, polluted oxygen is breathable but contains disease cells and is the primary vector of transmission for Slimelung germs, which can cause the Yucky Lungs debuff.
Some players have observed that polluted oxygen tends to sink below regular oxygen in the game, leading to the conclusion that it is heavier. This behaviour is attributed to the presence of additional substances in polluted oxygen, such as disease cells, which increase its molecular mass and, consequently, its density. However, others argue that the two types of oxygen have the same density, which is evident in how they mix and form layers with no clear separation based on density or temperature.
The behaviour of polluted oxygen may be influenced by various factors, including the presence of other gases, the concentration of each type of oxygen, and the source of oxygen. For example, in an area with only clean oxygen, CO2, and hydrogen, polluted oxygen may form a layer above CO2 and below hydrogen. Additionally, the distribution of oxygen and polluted oxygen can be influenced by the direction of the oxygen source, with the oxygen tending to accumulate at the top.
While the game simplifies certain physical principles, it is acknowledged that, in reality, the molecular mass of a gas is relevant to its behaviour. Polluted oxygen, by definition, contains additional substances, which would increase its molecular mass and, consequently, its density. This would result in pure oxygen floating on top of polluted oxygen due to the latter having a higher density.
In conclusion, the presence of disease cells or other pollutants in polluted oxygen does suggest that it is heavier than regular oxygen. However, the difference in weight may be minimal, and the behaviour of the two types of oxygen can be influenced by various factors, leading to a more complex distribution pattern than a simple separation by weight or density.
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In the game Oxygen Not Included, polluted oxygen has the same density as oxygen
In the game Oxygen Not Included, players have noticed that polluted oxygen seems to be heavier than regular oxygen, as it often settles below it. Some players have attributed this to the fact that polluted oxygen contains additional elements, such as disease cells, that increase its molecular mass and, consequently, its density. However, others have observed that the two types of oxygen sometimes mix randomly, with polluted oxygen occasionally rising above oxygen. This has led to some confusion among players.
While the game doesn't incorporate all the complexities of real-world physics, it does appear to take certain principles into account. In the game files, molar mass is used to determine density, and both oxygen and polluted oxygen have the same molar mass. This suggests that, within the game, oxygen and polluted oxygen have the same density. As a result, they don't naturally separate into layers based on density alone. Instead, their distribution seems to be influenced by external factors, such as the position of the oxygen output, which can create local currents affecting gas distribution.
Some players have observed that polluted oxygen tends to congregate and form distinct layers. However, this behaviour seems to be influenced by the presence of other gases rather than heat or density differences. For example, in areas with clean oxygen, polluted oxygen, and carbon dioxide (CO2), the polluted oxygen will form a layer above the CO2. However, if hydrogen is also present, the polluted oxygen may rise and settle below it.
The behaviour of polluted oxygen in the game can be explained by a combination of factors, including its density relative to other gases, external influences, and the game's simplified physics model. While the game doesn't perfectly simulate real-world physics, the developers have made design choices to balance gameplay and maintain performance.
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The distribution of polluted oxygen and oxygen can be affected by external factors such as the oxygen output's position
It is unclear whether polluted oxygen is heavier or lighter than regular oxygen. Some sources claim that polluted oxygen is heavier because it contains more disease cells, which have weight. However, others argue that the difference in weight is negligible and that the movement of polluted oxygen is influenced by other factors, such as the presence of other gases, the concentration of each gas, and the temperature.
In a closed system, users of the game Oxygen Not Included have observed that polluted oxygen tends to form a distinct layer separate from regular oxygen. This suggests that the two gases have different densities and do not easily mix. However, in an open or well-ventilated area, the distribution of the gases may be primarily dictated by their sources. For example, if oxygen is introduced from the top, it will likely remain above polluted oxygen, which tends to rise above other gases.
The position of the oxygen output can indeed affect the distribution of oxygen and polluted oxygen. In a closed system, the oxygen output's position can create local currents that influence the movement of the gases. Additionally, factors such as the presence of other gases and their respective concentrations can also play a role in the distribution patterns.
In a wider space with various oxygen generators and an influx of fresh oxygen from the top, the gases tend to stratify, with oxygen at the top, followed by polluted oxygen, natural gas, and carbon dioxide. However, this distribution may be primarily due to the oxygen source being from the top.
Overall, while the weight difference between polluted oxygen and regular oxygen may be minimal, external factors such as the oxygen output's position, temperature, and the presence and concentration of other gases can significantly affect the distribution of the two types of oxygen. These factors can create local currents and influence the movement and layering of the gases within a given space.
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Polluted oxygen can be found in the world naturally in the Swamp Biome and can be harmful to breathe
Polluted oxygen is a gas resource that is breathable and works similarly to oxygen, allowing Duplicants in the space-colony simulation game Oxygen Not Included to survive. It is dirty, unfiltered air that acts as the primary vector for the transmission of Slimelung germs and can also spread Food Poisoning germs. Polluted oxygen can be found in the world naturally in the Swamp Biome.
Breathing too much polluted oxygen causes the Yucky Lungs debuff, which increases the air consumption rate and causes coughing. A polluted oxygen atmosphere also causes food nearby to rot at a much faster rate. Polluted oxygen is emitted by slime, polluted dirt, and bottled polluted water in environments with less than 1800g of air pressure. Unbottled polluted water will emit germy polluted oxygen into the air in environments with less than 1800g of air pressure. Morbs produce polluted oxygen in environments with less than 1000g of air pressure and also release it upon death. There are two types of geysers that produce polluted oxygen: Hot and Infectious Polluted Oxygen Vents.
The behaviour of polluted oxygen in the game has been a topic of discussion among players. Some players have observed that polluted oxygen tends to sink below oxygen, leading to speculation that it is heavier. However, others have argued that the movement of polluted oxygen is not based on heat or density but rather on external factors such as the presence of other gases and their respective levels of concentration. In some cases, polluted oxygen has been observed to rise above oxygen, suggesting that it may be slightly lighter.
Players have conducted experiments to determine the weight and density of polluted oxygen in relation to regular oxygen, but the results have been inconclusive. While some players theorize that polluted oxygen is heavier due to the presence of additional disease cells, others suggest that the two gases have the same density based on their molar mass in the game files. Ultimately, the exact behaviour of polluted oxygen in the game remains a subject of ongoing discussion and analysis by the player community.
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Frequently asked questions
Most players of the game 'Oxygen Not Included' agree that polluted oxygen is slightly heavier than regular oxygen. However, some players have observed that the two gases have the same density and do not naturally separate, leading to confusion.
Polluted oxygen is heavier because it contains additional substances, such as disease cells, that increase its molecular mass and density.
The weight difference between polluted oxygen and regular oxygen can impact the distribution of gases in the game. Polluted oxygen tends to form distinct layers above or below other gases, such as clean oxygen (O2), hydrogen, and carbon dioxide. However, the behaviour of polluted oxygen can also be influenced by external factors, such as the position of the oxygen output or the movement of characters.
