If you want to know what Plasticine is commonly used for, it is for child play and use in schools. In schools Plasticine is used for art lessons such as modelling.
Yes, it is because when you melt it, it becomes soft and slimy, and when you freeze it, it will go back to it
When you put plasticine into water, it generally does not dissolve because plasticine is a non-water-soluble material. Instead, it will sink to the bottom due to its density. If the plasticine is mixed with water, it can become soggy and lose its shape, but it will still retain its basic properties. Overall, the plasticine remains intact and can be removed from the water without breaking down.
Glass is more brittle than plasticine. Plasticine is a soft, flexible material that can be easily manipulated and shaped, whereas glass is a hard, rigid material that shatters into sharp pieces when broken.
Plasticine can be compressed because it is a non-Newtonian fluid, meaning its viscosity changes under stress. When pressure is applied, the particles in Plasticine can slide past each other, allowing it to be reshaped and compressed. Additionally, Plasticine is made up of small particles held together by a binder, which can be deformed and reshaped when compressed.
it doesnt melt, but it gets very clean!
Plasticine, a brand of modelling clay.
Halloumi doesnt really melt. It can be used on barbecues without problems.
The main ingredients of Plasticine are petroleum jelly, calcium salts, and aliphatic acids. Plasticine is used as a modeling clay.
The duration of Plasticine Crow is 480.0 seconds.
it doesnt
Plasticine Crow was created on 1981-08-06.
If you want to know what Plasticine is commonly used for, it is for child play and use in schools. In schools Plasticine is used for art lessons such as modelling.
No, plasticine is denser than water, so a plasticine ball will sink in water rather than float.
means that plasticine has higher density.
Body fat doesnt melt, you matabolize it off through regular excercise and a balanced diet.
so it doesnt melt! DUHHHHH!