No, moisture is not a gas; it refers to the presence of water in a substance, typically in the form of liquid or vapor. When water evaporates, it can become water vapor, which is a gas. However, "moist" usually describes a condition where there is a certain amount of liquid water, often in the air or within a material.
Chlorine gas turns moist starch iodide paper blue-black.
Dry gas exerts more pressure than moist gas because water vapor in moist gas occupies space between gas molecules, reducing the frequency of collisions between gas molecules and the container walls. The presence of water vapor reduces the effective number of gas molecules hitting the container walls, resulting in lower pressure compared to dry gas.
The exchange surfaces are moist.
The gases are to dissolve and diffuse through.
Nitrogen gas (N₂) is neutral to moist litmus paper. It does not produce any acidic or basic solutions when dissolved in water, as it is a non-reactive, inert gas under standard conditions. Therefore, it does not change the color of moist litmus paper.
Oil it!! and if necessary, keep oiling it :)
Surfactant
Colorless , but exposure to moist air gives white fumes.
Amphibians.. because they exchange gas partly through their skin, so gases must be able to move in and out - Their skin's got to be permeable and moist.
Gases diffuse efficiently on moist surfaces because the presence of moisture increases the mobility of gas molecules. The water molecules create a thin layer that facilitates the movement of gas particles, allowing them to spread out more rapidly. Additionally, the moisture can reduce the surface tension, which enhances the interaction between the gas and the surface, promoting faster diffusion. This combination of factors leads to improved gas exchange in moist environments.
Nitrogen gas (N₂) does not change the color of moist red litmus paper. This is because nitrogen is a neutral gas that does not have acidic or basic properties. Therefore, it will not cause any color change in the litmus paper.
they are connected to a densed network of blood vessels which keeps the oxygen moist