It is matter, therefore it takes up space. This space causes the inflation of the tire and keeps it away from the rim. When it is properly inflated, it rolls with the least resistance. It is not flammable and therefore is not hazardous. It creates cushion because it is compressible. It is widely available. It is not expensive.
Federal tires and typically made in Asia. If you want something legit I'd suggest visiting Asia. Also make sure the tread and wheel width is suitable for the country you reside in.
No, plastic and clay are not typically used to make lenses for cameras or eyeglasses. Lenses are usually made from materials such as glass or specialized plastics that have optical properties suitable for focusing light. Clay is not a suitable material for making lenses due to its composition and properties.
Two properties that make a substance suitable to be used as an acid-base indicator are: (1) it changes color at a specific pH range to indicate the presence of acids or bases, and (2) it exhibits a clear and easily distinguishable color change that is easily observable.
rubber Rubber is used with many other things to make different tires, depending on what they will do, once on a car.
Sulfur is used to make fertilizer, paper, film, matches, tires, and drugs.
Many industrial supply companies will sell you compressed tanks of dry nitrogen that would be suitable for tires. For normal auto tires, regular air is fine, but nitrogen is often used to inflate the tires of race cars and airplanes.
Sulfur is used to make fertilizer, paper, film, matches, tires, and drugs.
Sulfur is used to make fertilizer, paper, film, matches, tires, and drugs.
Rubber
Iron is used to make door latches because it is strong, durable, and resistant to corrosion. These properties make iron a suitable material for door latches that need to endure frequent use and potential exposure to different weather conditions.
Rubber
50A470 is a type of electrical steel used in transformer cores. It has specific magnetic properties that make it suitable for converting electrical energy efficiently in transformers. The "50" indicates the alloy composition, while "A470" denotes its specific characteristics and properties.