Depending on the polymerization, the glass transition temperature will be between -13 C and -8 C; that's 8.6 F to 17.6 F.
When you pour a really hot or really cold liquid into a glass, the sudden expansion or contraction will cause it to break. This is especially true with thicker glass because the temperature of the surface of the glass will differ from the temperature of the inside of the glass, making it more likely to crack. This difference in temperature doesn't affect thinner glass because the outer and inner temperatures are going to be more similar.
There are a few factors as to why an ice cube takes its time in melting. The main factors are the size of the ice and the temperature of its surroundings. The larger the piece of ice, the longer it takes to melt. This is because the ice itself is very cold and it takes a while for the temperature to completely melt the whole cube. If it is very small, it is subject to faster melting because the temperature melts the small amount of water easier. The other main factor is the temperature, the closer the temperature is to 0° C, the faster it will melt. There are also other factors like the other contents of the cube, time spent in and out of cold area and even air pressure but those seem irrelevant to this specific answer. Assuming this ice cube is normal sized in room temperature, the reason for the long time would be the fact that the room is around 60-70° F and it takes a while for the ice cube to adjust to the temperature and be affected by it. Once the high temperature of the room act on the below freezing ice cube, they will raise the ice cube's temperature to 0° C and it fully melts. Other Answer: It depends on how big the ice cube is and on the temperature in the room or out side. for example: If i have an ice cube and i set it out side in the snow it will melt it will just take longer because its very cold out side. Or..... If i have an ice cube and i set it in 90 degree weather it will melt a lot faster than in the snow.
90 degrees Fahrenheit = 32.2 degrees Celsius.
Xlpe maximum working temperature is 90 and minimum working temperature is 0 c
The adhesive starts to melt in the high 90's
Glass expands at different rates. This rate is called a coeficient of expansion (COE). The higher the number the more it expands as its temperature rises. Glasses with low COE's can withstand heat much better than those with high COE's. When you pour hot liquid in a glass container with a high COE (90) quickly it can expand so much, so fast that it breaks. If you do the same thing in a Pyrex container (COE 32.5) it expands less and can take the stress without breaking.
Depending on the polymerization, the glass transition temperature will be between -13 C and -8 C; that's 8.6 F to 17.6 F.
nope butter begins to melt at 90 degrees
The Melting Point for dark chocolate is approxomatly 34 to 36 degrees celsius
Coin silver (90% silver & 10% copper) tends to melt at a slightly lower temperature than pure silver, about 1615 degrees Fahrenheit, compared to 1761 for pure silver.
When you pour a really hot or really cold liquid into a glass, the sudden expansion or contraction will cause it to break. This is especially true with thicker glass because the temperature of the surface of the glass will differ from the temperature of the inside of the glass, making it more likely to crack. This difference in temperature doesn't affect thinner glass because the outer and inner temperatures are going to be more similar.
90
No, it will not melt, but on many types the glue will dry up making it ineffective.
it is 85 -90 degrees
90
20 min