What evidence do you have of either of these claims?ananthu said:When a piece of red glass is heated to high temperature, it glows green. Similarly, when a green glass is heated to high temperature, it glows red.
The room-temperature color of the glass refers to the wavelengths that are reflected. As a consequence, those same wavelengths are only weakly emitted when the glass is heated, while other wavelengths are strongly emitted. As the book explains, a lack of green in an otherwise white spectrum will appear red.ananthu said:When a piece of red glass is heated to high temperature, it glows green. Similarly, when a green glass is heated to high temperature, it glows red. But How does a blue or yellow glass glow when heated? I could not find the answers for this when I browsed.
Redbelly98 said:As the book explains, a lack of green in an otherwise white spectrum will appear red.
Blue glass is made with cobalt oxide, which gives it a deep blue color. Yellow glass is made with iron oxide, which creates a yellow tint.
Yes, blue and yellow glass can be heated together. However, the colors may mix and create a green hue.
When heated, both blue and yellow glass will become more vibrant and intense in color. Blue glass may also turn slightly purple, while yellow glass may turn a deeper shade of orange.
The colors of blue and yellow glass will change at different rates when heated at different temperatures. Blue glass will become more intense at a lower temperature, while yellow glass may require a higher temperature to change significantly.
Yes, it is safe to heat blue and yellow glass. However, as with any glass, it is important to handle it carefully and use proper safety precautions when heating to avoid any potential hazards.