Try to think of any element that is normally a gas when you think of it.
Example O2 or Oxygen is normally thought of as a gas. BUT, it is also a solid when it is frozen very very cold, and its a liquid when it is warmed up a little bit.
The same thing goes for for the compound Carbon Di-Oxide or CO2 and all the other gases on the Periodic Table.
-BUT-
If you mean which elements, normally solid at around 70 degrees, melt to a liquid, which is above room temperature, but relatively near to 70 degrees, you will need to research that some
And if you mean plain old water, it melts from a solid to a liquid at around 32 degrees
Amorphous solids do not have a specific melting point because their structure is disordered, leading to a gradual softening as temperature increases instead of a distinct melting point like crystalline solids.
Yes, fire can melt many types of plastic due to the high temperatures it produces. The specific temperature required to melt plastic varies depending on the type of plastic, but most plastics will begin to soften and deform when exposed to fire.
Depends in what kind of resin you're talking about. All resins, the hydrocarbon secretion of some plants, either burn or melt. It is their nature.
The strength of hot melt glue typically ranges from 400 to 5000 psi, depending on the type and brand of adhesive used. It provides a strong bond for various materials, but may not be suitable for load-bearing applications or extreme temperatures.
No, opals are a type of mineraloid composed of silica spheres. Opals are sensitive to heat and can crack or lose their play-of-color if exposed to high temperatures. It is not recommended to try melting opals.
molecular solid
Alpha radiation is a type of radiation that cannot pass through solids. This type of radiation consists of alpha particles, which are positively charged and relatively heavy, making them easier to block by solid materials.
Amorphous solids do not have a specific melting point because their structure is disordered, leading to a gradual softening as temperature increases instead of a distinct melting point like crystalline solids.
The temperature needed to melt stone varies depending on the type of stone. Generally, it takes temperatures above 1300 degrees Celsius to melt common types of stone like granite, while other stones may require even higher temperatures.
Yes. A solid can change shape. The process is called melting. Each solid has a melting point. Ice has a melting point of 0 degrees Celcius. You should learn this when you are in Grade 6 or 7. But let me tell you 1 thing, some solids like wood do not melt, wood burns when the temperature is too hot. The only type of solids that can melt are the type of solids that have the properties of changing into a liquid. You can search up videos in Youtube for more information about solids. You can type in "Ice melting", that would be a simple thing to start with.add. And solids may have their shape altered by applying an external force. That is how a metal can is formed, or a railway iron, or a copper wire, or a metal spoon. Other solids such as wood and plastic may be similarly deformed.
Depending on the type and chemistry of the rocks involved, lava temperatures could range from approximately 1200 F to 2300 F (700 C to 1300 C), of course, in some parts of the mantle, rocks gets a lot hotter.
Once the ambient temperature is above freezing ice will begin to melt.
Yes, fire can melt many types of plastic due to the high temperatures it produces. The specific temperature required to melt plastic varies depending on the type of plastic, but most plastics will begin to soften and deform when exposed to fire.
In polar molecular solids' molecules are held together by relatively stronger dipole-dipole interactions.
Network solids.
Plastic, being the amorphous solid it doesn't have the accurate melting point. It melt gradually as the temperature rises. Glass are also belong to this type. Hence, amorphous solid are also known super cooled liquid.
Depends in what kind of resin you're talking about. All resins, the hydrocarbon secretion of some plants, either burn or melt. It is their nature.