what happens is that the air(vapor) changes state back to liquid when it hits the cold glass since the temperature lowers the energy of the gas and transforms it back to a liquid.
When glass cools down, its molecules slow down and pack closely together, causing the material to solidify. As the glass cools further, it becomes rigid and retains its shape, transitioning from a liquid to a solid state. This process is known as glass transition.
When glass melts, the solid structure breaks down and the glass becomes a viscous liquid. The molecules rearrange and flow freely, allowing the glass to take the shape of its container. As it cools, the glass solidifies back into its rigid form.
When glass is melted, it becomes a molten liquid that can be shaped and molded into different forms. As it cools down, it solidifies and retains the shape it was given. Melting glass also helps to remove any impurities present in the material.
Molten glass is glass that is heated to a high temperature until it becomes a liquid. This allows the glass to be shaped or molded into various objects or forms before it cools and hardens back into a solid state. Molten glass is commonly used in glassblowing and glassmaking processes.
Depending. When Granular Silicon Dioxide is heated, glass, is formed. (Also must be pressurized) silicon dioxide actually has a relatively high boiling point at 1650.
When sand is melted, it transforms into liquid glass, which can then be molded into various shapes and forms. The process of melting sand involves heating it to very high temperatures (around 1700°C) until it becomes a molten liquid. This liquid glass can then be cooled and solidified to create glass products.
Glass remains liquid. The glass at the bottom of the window becomes thicker than at the top. It is not radioactive.
Condensation.
Water vapor becomes liquid water through a process called condensation. When the air cools down, it loses its capacity to hold water vapor, causing the vapor to condense and form liquid water droplets. This can happen on surfaces such as cold glass or as fog in the air.
Shiny metal cools liquid faster than glass because metal has better thermal conductivity, allowing heat to dissipate more quickly. Glass is an insulator and provides more resistance to heat transfer, so it cools liquids more slowly.
Condensation of water vapour in the atmosphere into water droplets on the surface. The surrounding air contains water vapour. When the air touches the glass it becomes cooler and can no longer contain so much water, so it condenses out onto the glass.
The droplets visible in the glass are a result of condensation. When the warm air inside the glass comes into contact with the cooler surface of the glass, it cools down and the water vapor in the air condenses into liquid droplets.