Water, air, and glass are examples of materials that are transparent to visible light. Transparent materials allow light to pass through them with little or no absorption or scattering.
Transparent
The air has moisture (water dissolved in the air). The amount of air that can be carried in the air depends on the temperature. Warmer air can hold more water in it than cold air. When the cold glass is exposed to the air, the air touching the glass gets cold, is no longer able to hold as much water and the water in the air condenses (comes out of solution) on to the outside of the glass.
The air gets trapped, and if the glass is brought deep enough under the water the air will be pressurised and will take up less space.
Examples of mediums in science include air (for sound waves), water (for light waves), agar (for bacterial growth), and glass (for light transmission). These mediums are used to help propagate or support various scientific processes or phenomena.
To measure the air in a glass full of stones, you can first fill the glass with water. Then, carefully submerge the glass into a larger container of water, making sure no air escapes. The volume of water displaced by the glass will indicate the total volume of the glass, including the volume of air in between the stones. By subtracting the volume of water from the total volume of the glass, you can determine the volume of air present.
Two examples if transparent are glass and plastic sometimes (transparent=see through)
Transparent
Some transparent objects are water, air, and clear glass.
Transparent
paper,glass,air
Transparent means things that you can see through. Some examples are glass, air, water, and a window. There is a thing such as opaque transparency.
The air has moisture (water dissolved in the air). The amount of air that can be carried in the air depends on the temperature. Warmer air can hold more water in it than cold air. When the cold glass is exposed to the air, the air touching the glass gets cold, is no longer able to hold as much water and the water in the air condenses (comes out of solution) on to the outside of the glass.
Yes. The cool glass causes water vapor in the air to condense.
The air gets trapped, and if the glass is brought deep enough under the water the air will be pressurised and will take up less space.
Examples of mediums in science include air (for sound waves), water (for light waves), agar (for bacterial growth), and glass (for light transmission). These mediums are used to help propagate or support various scientific processes or phenomena.
To measure the air in a glass full of stones, you can first fill the glass with water. Then, carefully submerge the glass into a larger container of water, making sure no air escapes. The volume of water displaced by the glass will indicate the total volume of the glass, including the volume of air in between the stones. By subtracting the volume of water from the total volume of the glass, you can determine the volume of air present.
When you dip a glass upside down in a pail filled with water, the air trapped inside the glass creates an air pocket at the top of the glass, preventing water from entering. This is because the pressure of the air inside the glass is greater than the pressure of the water outside. The glass will remain filled with air and no water will enter.