It is chemically unreactive.
Yes, cellulose acetate is a thermoplastic material. It can be softened and molded into different shapes when heated and solidifies into a hard structure when cooled. This property makes cellulose acetate suitable for various applications such as in the production of eyeglass frames, packaging materials, and films.
The high melting point of tungsten (3422°C) is the physical property that makes it suitable for making filaments in tungsten light bulbs. This property allows the filament to reach high temperatures without melting, resulting in the efficient emission of light.
Nitrogen makes up roughly 80% of Earth's atmosphere (Oxygen makes up most of the remainder).
The small size of nitrogen atoms allows them to occupy interstitial spaces within crystal structures. This is because nitrogen atoms can fit between the larger atoms or ions in the crystal lattice due to their relatively small atomic radius.
You can encounter nitrogen in everyday life in various forms, such as in the air we breathe (pure form), in fertilizers (compound form like ammonia), and in packaged food products (as a component of the mixture used for packaging to preserve freshness).
Nitrogen has the property of being inert, meaning it does not react with many other chemicals. This makes it ideal for use in creating chemicals safely and in food packaging because it helps prevent reactions that can spoil or degrade the product. Nitrogen also helps to extend shelf life by displacing oxygen, which can lead to oxidation.
no
no
Its inert property makes it suitable for its uses.
Its extreme hardness.
It would be the scientific way of saying "Wayne ROONEY"
it can be hammered into a thin sheet (malleability)
It can be hammered into a thin sheen (malleability)
it can be hammered into a thin sheet (malleability)
Yes, cellulose acetate is a thermoplastic material. It can be softened and molded into different shapes when heated and solidifies into a hard structure when cooled. This property makes cellulose acetate suitable for various applications such as in the production of eyeglass frames, packaging materials, and films.
Nitrogen is definitely not rare: In elemental form, nitrogen makes up most of the natural atmosphere, and, in combined form, it is a major constituent of all organisms, because it is a necessary constituent of all proteins; nitrogen also occurs extensively in nitrate minerals.
The fact that the displacement of the spring (the amount it stretches) is proportional to the force.