Tin solidifies at a temperature of 231.93 degrees Celsius (449.47 degrees Fahrenheit).
Magma can solidify at different temperatures depending on its composition. On average, most magma solidifies between 700°C and 1200°C. However, specific types of magma, such as basaltic magma, can solidify at lower temperatures, around 1000°C, while more silica-rich magmas may solidify at temperatures higher than 1200°C.
0.7% agar will solidify at around 30 deg C but it will stay solid after that at much higher temperatures.
When something needs to solidify it is currently in a liquid form, such as water, and needs to solidify. One example could be when water is frozen it becomes ice, a frozen mass.
Bronze is an 'alloy' of copper and some second (or third) metal like tin. Sometimes phosphorus, manganese, aluminum, or silicon are materials found in bronze. Brass, on the other hand, is copper alloyed with zinc.
The temperature that mercury needs to be to solidify is -38.02 degrees fahrenheit.
Tin melts at 505 K.
Tin (Sn) - Atomic Number = 50, Melting Point = 232°C, Boiling Point = 2260°C.
because it keeps the temp in lol that's the anser
tin is a solid because of its form of matter. also the state of matter at room temp. is a solid too because room temp. is like 70 degrees
Magma can solidify at different temperatures depending on its composition. On average, most magma solidifies between 700°C and 1200°C. However, specific types of magma, such as basaltic magma, can solidify at lower temperatures, around 1000°C, while more silica-rich magmas may solidify at temperatures higher than 1200°C.
Solidify is a verb.
There are two names for the verb to solidify: - solidity, - solidness.
The verb form of solid is solidify. As in "to solidify something".
the melting point of tin (the element) is 21.23 º C Important to note that most "tin" cans are not tin. They are low carbon steel with a very thin, if any, tin plating. I'm not sure where the original answer got the melting point of tin. The actual melting point of tin is 231.93 °C or 449.47 °F. If the can is steel then it will take a much, much higher temperature to melt.
0.7% agar will solidify at around 30 deg C but it will stay solid after that at much higher temperatures.
The composition of the magma effects the temperature it will cool and solidify at. In general most magma solidify at about 1,200 degrees Fahrenheit.
Bronze is a mixture of copper and tin. Approximately 94% copper is used, and 6% tin. This is only the norm though, as slight differences in percentages up and down are used by different manufacturers.