Specific heat capacity
Electrostatic or magnetic charges ? the answers are different.If electrostatic charges, I GUESS that an antistatic-coated glass plate would not affect the charges at all.If it were left to accumulate charge, an insulating glass plate placed between the two charges would assume a potential between that of the two bodies. [Assuming it were free to accumulate a charge.]If magnetic charges, the glass plate would have no effect. [But the 'glass plate' equivalent would be a soft iron sheet, or a wire mesh screen of soft iron. ...Continue with your analysis of the analogy.
The presence of a glass plate between two charged bodies can act to reduce the force between them. The glass plate can act as an insulator, reducing the interaction between the charges on the bodies and thus decreasing the force of attraction or repulsion between them.
That would be called a "hobnail glass plate." These plates are known for their decorative raised bumps or balls around the edge which resemble hobnails.
Considering cans are metal and metal is a better heat conductor than glass (any cook will confirm that from years of burnt fingers) then I'd say GLASS would be able to cool quicker. It's easier for glass to loose thermodynamic energy than metal.
The bucket with the larger diameter would fill quicker than the glass with the smaller diameter because it has a greater area to collect rainwater. The rain would accumulate in the bucket faster due to its larger surface area compared to the glass.
Water evaporate faster in a wide glass than in a narrower glass.
if we use glass plate then ring's will be clear
Electrostatic or magnetic charges ? the answers are different.If electrostatic charges, I GUESS that an antistatic-coated glass plate would not affect the charges at all.If it were left to accumulate charge, an insulating glass plate placed between the two charges would assume a potential between that of the two bodies. [Assuming it were free to accumulate a charge.]If magnetic charges, the glass plate would have no effect. [But the 'glass plate' equivalent would be a soft iron sheet, or a wire mesh screen of soft iron. ...Continue with your analysis of the analogy.
If a glass plate is replaced by a plane mirror, the mirror will reflect an image of the objects in front of it. The mirror will not refract light like the glass plate would, and the reflected image will appear to be at the same distance behind the mirror as the object is in front of it.
It can be presumed that the word "plate" is referring to the degree of uniformity delivered by the float glass process. The first automated plate glass was made in 1848 by Henry Bessemer using a roller process. Uniformity was produced by grinding, as opposed to inherent material forces as occurs in modern float glass processes. If we presume that anything made prior to this time would suit the definition of 'plate' glass, then mirrors could not have occurred much sooner than this time.
Plastic shelving would be better in a freezer than glass because the extreme cold would make the glass more brittle and thus more likely to break.
The presence of a glass plate between two charged bodies can act to reduce the force between them. The glass plate can act as an insulator, reducing the interaction between the charges on the bodies and thus decreasing the force of attraction or repulsion between them.
My brother used his rotary tool to grind down the edge.
Sound travels faster through glass than through gold because glass is less dense than gold. Density is a measure of how much mass is packed into a given volume, so when a material is more dense, sound waves have to travel through more particles which slows them down. Glass has a lower density than gold, which means sound waves can move through it more quickly.
Styrofoam. If you use glass most of that heat would transfer to the glass and heat that up causing the hot chocolate to cool faster
The index of refraction for glass is calculated by taking the speed of light in a vacuum and dividing it by the speed of light in glass. Since light travels 1.5 times faster in a vacuum, the index of refraction for glass would be 1 divided by 1.5, which equals 0.67.
That would be called a "hobnail glass plate." These plates are known for their decorative raised bumps or balls around the edge which resemble hobnails.