Among CO2 (carbon dioxide), CH4 (methane), and H2 (hydrogen), H2 will diffuse the fastest. This is because the rate of diffusion is inversely related to the square root of the molar mass of the gas, according to Graham's law. Hydrogen has the lowest molar mass (about 2 g/mol) compared to CO2 (about 44 g/mol) and CH4 (about 16 g/mol), allowing it to move more quickly through a medium.
H2 will diffuse fastest as it has the least molecular weight.
Well, for starters, I assume that you already know that dry ice, as it is commonly called, is frozen CO2. Second, I assume that the CO2 that you are referring to is in a gaseous state. If these assumptions are true, then mixing dry ice and CO2 would accomplish next to nothing. The gaseous CO2 would get colder, and the dry ice would sublime faster or slower, depending upon the surrounding temperature before adding the gaseous CO2 compared to the temperature of the gaseous CO2. If warmer, it would sublime faster. If colder, it will sublime slower.
This Ca2+ eventually is transported to the ocean where it reacts with dissolved CO2 to form limestone. ... is a net CO2 sink because it produces abundant Ca2+ very little CO2. ... This article does not cite any references or sources. .... 1000 mg will provide 210 mg of calcium. It is more expensive than calcium.so its Mg
Plants grow better if the amount of carbon dioxide in the air increases because plants breathe in carbon dioxide in order to use it in their life process. Plants expel oxygen, and people expel carbon dioxide, plants and people are one of natures perfect symbiotic relationships.
because carbon dioxide doesn't absorb the energy from the sun, but it does absorb some of the heat energy released from the earth. When a molecule of carbon dioxide absorbs heat energy, it goes into an excited unstable state. It can become stable again by releasing the energy it absorbed. Some of the released energy will go back to the earth and some will go out into space.
H2 will diffuse fastest as it has the least molecular weight.
Sulfur dioxide diffuses faster than CO2 because sulfur dioxide has a lighter molecular weight and a smaller size compared to CO2. This allows sulfur dioxide molecules to move more quickly and easily through a medium, resulting in faster diffusion rates.
CO2 diffuses faster than oxygen because it is a smaller molecule and has a lower molecular weight, allowing it to move more rapidly through cell membranes and other barriers. Additionally, CO2 has a higher solubility in water compared to oxygen, further aiding its diffusion.
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To make a co2 car go faster, make the body streamlined. Keep the weight down and make sure that the axles are smooth.
CO2 diffuses faster than O2 because it has a lower molecular weight and smaller size, allowing it to move more quickly through a medium. The exact difference in diffusion rate can vary depending on the conditions, but in general, CO2 diffuses about 20% faster than O2.
CO2 diffuses faster than SO2 because CO2 molecules are smaller and lighter than SO2 molecules, allowing them to move more quickly through a medium. In addition, CO2 has a lower molecular weight and therefore higher average velocity compared to SO2 at the same temperature, contributing to its faster diffusion rate.
no slower because it is lower pressure
CO diffuses faster than CO2 because it is a smaller molecule
Chlorine gas diffuses the fastest among the gases listed. This is because gases with lower molar masses diffuse faster, and chlorine gas has the lowest molar mass among the options provided.
Oxygen and co2
Tropical rainforests and mangroves are among the plants that consume the most CO2 from the atmosphere.