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Hydrogen Sulfide Lighter Than Air
When it comes to hydrogen sulfide being lighter than air
In the world, the weight of things is mostly seen by shape and perception. The nature of things is not always apparent to the outside, and if you want to understand its truth, you should study it with reason. Now that hydrogen sulfide is lighter than air, there must be a reason. Try to analyze it.
Those who live in the air, the floating of all things are known to everyone. It is a thing, mixed and uncertain, but it is also constant. As for hydrogen sulfide, it has a special color and odor, and it is easy for everyone to recognize. Ordinary people look at it, or suspect it is heavy, because of its strong odor, it seems to fall to the ground. However, this is not real.
Looking at the nature of all gases, its weight is related to the amount of molecules. Air, a mixed body, has an average molecular weight of about twenty-nine. Hydrogen sulfide, on the other hand, has a molecular formula of $H_2S $, hydrogen has an atomic weight of about one, sulfur has an atomic weight of about thirty-two, and together, the amount of hydrogen sulfide molecules is about thirty-four. This number is greater than the average molecular weight of air, which seems to be contrary to the statement that "hydrogen sulfide is lighter than air".
However, the weight of air cannot be determined by the amount of molecules alone. The rise and fall of gas depends on many factors. Air flows, moves up and down, and gas and gas blend with each other. Although the amount of hydrogen sulfide molecules is slightly larger, its diffusion is quite strong. When placed in the air, its molecules quickly mix with air molecules, not only by their own weight. And under normal conditions, the air flow is complex, and it is not a uniform environment. Hydrogen sulfide molecules in the middle, by the force of the air flow, gain floating energy, as if lighter than air.
And consider the experimental method. Set up a closed device, hydrogen sulfide is placed under, covered with air, and the two are initially separated. Then move a little bit, open it and observe, you can see that the gas of hydrogen sulfide is gradually rising, and it blends with the upper air, which also proves that it is in the air, not sinking with normal heavy rules, but has a tendency to float up, which seems lighter than air.
From this point of view, although the amount of hydrogen sulfide molecules is slightly greater than the average amount of air, it can be proved by its diffusion properties, air flow and experimental tests that its floating state in the air is similar to light matter. It is reasonable to say that "hydrogen sulfide is lighter than air".
In the world, the weight of things is mostly seen by shape and perception. The nature of things is not always apparent to the outside, and if you want to understand its truth, you should study it with reason. Now that hydrogen sulfide is lighter than air, there must be a reason. Try to analyze it.
Those who live in the air, the floating of all things are known to everyone. It is a thing, mixed and uncertain, but it is also constant. As for hydrogen sulfide, it has a special color and odor, and it is easy for everyone to recognize. Ordinary people look at it, or suspect it is heavy, because of its strong odor, it seems to fall to the ground. However, this is not real.
Looking at the nature of all gases, its weight is related to the amount of molecules. Air, a mixed body, has an average molecular weight of about twenty-nine. Hydrogen sulfide, on the other hand, has a molecular formula of $H_2S $, hydrogen has an atomic weight of about one, sulfur has an atomic weight of about thirty-two, and together, the amount of hydrogen sulfide molecules is about thirty-four. This number is greater than the average molecular weight of air, which seems to be contrary to the statement that "hydrogen sulfide is lighter than air".
However, the weight of air cannot be determined by the amount of molecules alone. The rise and fall of gas depends on many factors. Air flows, moves up and down, and gas and gas blend with each other. Although the amount of hydrogen sulfide molecules is slightly larger, its diffusion is quite strong. When placed in the air, its molecules quickly mix with air molecules, not only by their own weight. And under normal conditions, the air flow is complex, and it is not a uniform environment. Hydrogen sulfide molecules in the middle, by the force of the air flow, gain floating energy, as if lighter than air.
And consider the experimental method. Set up a closed device, hydrogen sulfide is placed under, covered with air, and the two are initially separated. Then move a little bit, open it and observe, you can see that the gas of hydrogen sulfide is gradually rising, and it blends with the upper air, which also proves that it is in the air, not sinking with normal heavy rules, but has a tendency to float up, which seems lighter than air.
From this point of view, although the amount of hydrogen sulfide molecules is slightly greater than the average amount of air, it can be proved by its diffusion properties, air flow and experimental tests that its floating state in the air is similar to light matter. It is reasonable to say that "hydrogen sulfide is lighter than air".
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