Any newly discovered synthetic elements are extremely radioactive and have extremely short half-lives and only a few atoms at most can be produced. At the moment, science is not able to isolate enough for a long enough time. Therefore, it would be difficult to collect and keep enough of the element to determine its chemical and physical properties.
Any newly discovered synthetic elements are extremely radioactive and have extremely short half-lives and only a few atoms at most can be produced. At the moment, science is not able to isolate enough for a long enough time. Therefore, it would be difficult to collect and keep enough of the element to determine its chemical and physical properties.
Any newly discovered synthetic elements are extremely radioactive and have extremely short half-lives and only a few atoms at most can be produced. At the moment, science is not able to isolate enough for a long enough time. Therefore, it would be difficult to collect and keep enough of the element to determine its chemical and physical properties.
Any newly discovered synthetic elements are extremely radioactive and have extremely short half-lives and only a few atoms at most can be produced. At the moment, science is not able to isolate enough for a long enough time. Therefore, it would be difficult to collect and keep enough of the element to determine its chemical and physical properties.
Any newly discovered synthetic elements are extremely radioactive and have extremely short half-lives and only a few atoms at most can be produced. At the moment, science is not able to isolate enough for a long enough time. Therefore, it would be difficult to collect and keep enough of the element to determine its chemical and physical properties.
Ununquadium is a synthetic element that is highly radioactive and not found in nature. Due to its short half-life, it is difficult to determine its exact physical properties, including texture.
The melting and boiling points of darmstadtium are not well-defined due to its extremely short half-life (milliseconds) and its existence in very small quantities. As a synthetic element, darmstadtium's physical properties are difficult to determine experimentally.
When comparing two synthetic fibers, properties such as tensile strength, elasticity, abrasion resistance, and chemical resistance should be examined. Additionally, factors like moisture absorption, thermal properties, and cost should also be considered to determine the most suitable fiber for a specific application.
paolo ruffini
Yes, hassium is a synthetic element with no stable isotopes. It is highly radioactive, and its physical properties have been difficult to study in detail due to its short half-life. Its properties are largely predicted by its position in the periodic table.
Synthetic fibers were discovered by Wallace Carothers, who was a chemist working for DuPont in the early 20th century. Carothers is credited with creating the first synthetic fiber, known as nylon, in 1935.
Copernicium is a synthetic element and does not occur naturally on Earth. It is extremely unstable and has a very short half-life, making it difficult to study its physical properties. Due to its radioactivity, copernicium is not expected to have any practical uses and has not been observed in sufficient quantities to determine its appearance.
polyester is a synthetic fabric.