yes it can but you need now about filler ex talc or calcium carbonate
Yes, but the etching solution and type to be used depends on the material
Insulator, or insulation, or non-conductive material. Wood, plastic and ceramic are examples of non-conductive material often used as insulators.
Electricity can pass through a wide verity of material that are conductive.
the electrical resistance of a conductor through unit cross-sectional area per length is called "resistivity of material"
Alluminium
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 does not have a definite shape. It is a moldable material that can be easily shaped and reshaped into various forms.
Plasticine is not a plastic material. It is a non-toxic and oil-based modeling clay that is typically used for sculpting and arts and crafts projects. Unlike plastic, plasticine does not harden and can be reused multiple times.
Yes, plasticine can be compressed under pressure because it is a pliable and moldable material. When force is applied, the plasticine can be squished and shaped to form different shapes or figures.
Wet clay, grease, plasticine.
Its viscosity (it becomes pliable when warmed by the hand).
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.
Yes, the mass of the plasticine will remain the same if it is simply reshaped into a different form. Mass is a measure of the amount of material present, and reshaping does not change the amount of plasticine present in the object.
Plasticine is a pliable material made of oils, waxes, and pigments, allowing it to be easily compressed due to its malleable nature. When pressure is applied, the particles in the plasticine can rearrange and mold to the desired shape, enabling it to be compressed without breaking or losing its structure.
Plasticine sinks in water because it is denser than water. The material used to make plasticine is heavier than water molecules, so it displaces water and sinks to the bottom.
Increase its volume by adding more plasticine. Shape it into a hollow, buoyant structure like a boat or raft. Use a light material, like a small piece of foam, to help it float. Mold the plasticine into a ball shape, which can displace water and float. Create an air pocket within the plasticine to increase its buoyancy.
Plasticine, a brand of modelling clay.