Yes it does. The sand is formed into a substance called fulgurite by the heat of the lightning. Below is a link to a company that sells several examples. http://www.sciencemall-usa.com/fulgurites2.html
There are different kinds of sand which produce different kinds of glass when melted, but sand can certainly produce a green glass when melted by lightning.
Sand typically turns into glass at temperatures around 1700°C to 2000°C, depending on the type of sand and the specific composition of the glass being produced. At these temperatures, the sand melts and fuses together to form a uniform, transparent material we know as glass.
Sand can be melted by bringing its temperature to over 4,000 degrees F. With controlled cooling, the molten sand will turn into a glass. Sand can also be glassified by lightning strike, nuclear explosion, or meteor impact.
When lightning strikes snow, the energy from the lightning can cause the snow to quickly melt and turn into water. The heat produced by the lightning can also create small explosions as the water vaporizes, which may result in a loud cracking sound.
When sand, clay, or silt gradually turn into stone, we call them sedimentary rocks. These rocks are formed through the accumulation and compaction of sediment over time.
There are different kinds of sand which produce different kinds of glass when melted, but sand can certainly produce a green glass when melted by lightning.
the lightning heats up the sand causing the silica in the sand to melt causing natural glassthese are called "fulgurites". and yes, this is awesome.http://en.wikipedia.org/wiki/Fulgurite____________What happens in the above answer occurs when HEAT strikes sand, not lightning (although lightning has extreme heat, this is not the correct answer). Sand is considered "ground" if you are touching sand during a thunderstorm you are grounded.(: Hey!!
No. I have actually had a few horses that have been struck by lightning, and all were dead.
Yes, when sand is heated to very high temperatures (around 1700 degrees Celsius), it can melt and then cool to form glass. This process is commonly used to make glass objects such as windows, bottles, and containers.
Kinda-sorta. Finely crushed glass will behave pretty much like sand. You won't get the same color though.
Not all sand turns into glass, but silica sand, which is primarily composed of silicon dioxide, can be melted and formed into glass when heated to high temperatures. This process is typically achieved in industrial settings, such as glass manufacturing. Other types of sand, composed of different minerals, do not produce glass when melted. Therefore, while silica sand can be transformed into glass, not all sand has the same properties or potential for glass formation.
Kinda-sorta. Finely crushed glass will behave pretty much like sand. You won't get the same color though.
To turn sand into glass, it needs to be heated to around 1700 degrees Celsius (3090 degrees Fahrenheit). This high temperature melts the sand and fuses the silica together, creating glass. The molten glass can then be shaped and cooled to harden into the desired form.
With a high concentration of heat and pressure The common glass in window also contains about 75% silica
Sand typically turns into glass at temperatures around 1700°C to 2000°C, depending on the type of sand and the specific composition of the glass being produced. At these temperatures, the sand melts and fuses together to form a uniform, transparent material we know as glass.
Not exactly. Sand contains silica which is one of the most abundant compounds on earth. The sand is melted down and molded into glass. One notable difference, though is that in sand the silica is crystalline while in glass it is amorphous.
Glass is made when sand is heated to such a high temperature that it's as hot as an erupting volcano. Not that I've actually tested this but the glass would most likely turn into liquid glass.