There is no reason, it would be a superior product, if you can afford it. The cost would be enormous.
It is like double glazing. An extra layer of gas or a vacuum in between will act as a very good insulator, helping to minimise heat flow.
Sound waves cannot travel in a vacuum.
No. A vaccum cannot have any air in it, or it isn't a vacuum
Sound cannot travel through a vacuum.
Sound waves cannot propagate in vacuum. Air is needed for sound waves to travel and there is no air in vacuum.
Double glazing keeps your house at a constant temperature because there is a vacuum in between two layers of glass. There is no air or particles of any kind in a vacuum, so heat cannot be conducted through it. Therefore the heat inside the building cannot be lost to outside, and vice versa
because vacuum will make the glass collapse
Double glazing is where two sheets of glass are placed together in a frame with a vacuum between the panes. The vacuum prevents cold entering from the outside and warmth existing from the inside. Therefore it is normally used for external windows and doors. Note. It also acts a noise reducer and some houses near airports and their flight paths even have triple or quadruple glazing to reduce aircraft noise.
Double glazing is where two sheets of glass are placed together in a frame with a vacuum between the panes. The vacuum prevents cold entering from the outside and warmth existing from the inside. Therefore it is normally used for external windows and doors. Note. It also acts a noise reducer and some houses near airports and their flight paths even have triple or quadruple glazing to reduce aircraft noise.
Triple glazing is much like double glazing, except for the fact that there are three panes of glass. First, you have two panes of glass, separated by a vacuum, and a decanter to remove any water vapour. This is then repeated for a third pane of glass, to reduce heat loss by convection and conduction.
Double Glazing Stops Conduction and Convection but not radiation because you can see through glass: Double glazing keeps your house at a constant temperature because there is a vacuum in between two layers of glass. There is no air or particles of any kind in a vacuum, so heat cannot be conducted through it. Therefore the heat inside the building cannot be lost to outside, and vice versa. Windows are designed to let in light, while blocking air and objects from entering the house. In addition, windows provide some insulation, but not much. Windows are only a few millimeters thick, and heat can easily flow through them, making it more expensive to heat and cool your house. Double glazed windows are designed to let light through while blocking the movement of heat, turning your windows into good insulators.
Double Glazing Stops Conduction and Convection but not radiation because you can see through glass: Double glazing keeps your house at a constant temperature because there is a vacuum in between two layers of glass. There is no air or particles of any kind in a vacuum, so heat cannot be conducted through it. Therefore the heat inside the building cannot be lost to outside, and vice versa. Windows are designed to let in light, while blocking air and objects from entering the house. In addition, windows provide some insulation, but not much. Windows are only a few millimeters thick, and heat can easily flow through them, making it more expensive to heat and cool your house. Double glazed windows are designed to let light through while blocking the movement of heat, turning your windows into good insulators.
It is like double glazing. An extra layer of gas or a vacuum in between will act as a very good insulator, helping to minimise heat flow.
Double glazing keeps your house the at a constant temperature because there is a vacuum in between two layers of glass. There is no air or particles of any kind in a vacuum, so heat cannot be conducted through it. Therefore the heat inside the building cannot be lost to outside, and vice versa. by trapping either air or a non toxic gas like Argon between two panes of glass to create an insultating barrier that keeps the heat in when it's cold and out when it's hot. will also reduce the amount of noise from outside and reduce condensationpoppins xi had to do a homework on this ages ago back in 3rd year!
In a vacuum for example in double glazing a vacume is used between the panes of glass so it is hard for sound to travel through as there are no air particles to vibrate hope it heps
i think voice cannot travel through vacuum.
There cannot be any such thing as a vacuum of wavelengths!