It goes out the other side.
Yes, red lasers can penetrate plain glass to some extent, depending on the power of the laser and the thickness and quality of the glass. However, the penetration depth may be limited, and the glass may absorb or reflect some of the laser light.
Yes, glass is transparent to microwaves and allows them to pass through, which is why microwave ovens have glass doors. However, if the glass contains metal components, it may block the microwaves from passing through effectively.
By "White" I must assume you mean "Clear" otherwise the pane of glass would be opaque. A lens must have some curvature in order to focus light. A flat pane surface does not. The light may be bent on passing through the material, but will not be bent to a focal point, as would a lens.
(translucent is not transparent, but clear enough for light to pass through)"If you replace the plain glass in the door with translucent glass, it will give you additional privacy.""Vellum is a special type of translucent paper.""The colors of the sunset could be seen through the translucent panes."
Plain glass
you have to have a very high voice to break a glass and this is what you have to do to break a glass you can break a glass because a glass is very resonant and frequency. and you also can break a glass by holding your high voice for two or three seconds and then the glass breaks. no its impossible for just your plain high voice you have to have a high microphone (with speakers) to break a light wine glass.
quartz is a mineral M
The little wooden separators that frame individual glass segments are called "muntins". The combined network of muntins is frequently called a "grille". And the entire window is typically called a "divided light window".
Light is radiated from the Sun, the Moon and the Earth. Radiation is a "shining out" from whatever is making the light. When we see the Moon we are seeing it because the Sun has radiated light out into space and some of it has lit up the Moon, which then reflects the moonlight to Earth. Light is reflected best by smooth and shiny materials such as plain glass or mirror glass.
The beam of light is reflected back directly along its original path. I assume you are asking what happens if the light beam is exactly perpendicular to the plane of the mirror. I am assuming we aren't getting into such things as quantum mechanics where the answer to the question could be a bit freaky depending on the ideal nature of the conditions.
The North European Plain runs through these countries
plain mirrors are coated with paints to protect the reflecting surface behind the glass. If the reflecting surface gets scratched a hazy and unclear image will be formed,to prevent scratching of reflecting surface it is done so