because its size is big and hence have greater tendency to accept electrons.
Yes. Pure gold is a much better conductor than pure germanium is.
Metalloids have properties that are in between metals and nonmetals. While some metalloids like silicon and germanium are semiconductors and have moderate to poor conductivity, others like arsenic and antimony can conduct electricity. Therefore, metalloids can exhibit variable conductivity properties.
Wicking properties refer to a fabric's ability to quickly draw moisture away from the skin to the surface of the material where it can evaporate. Fabrics with good wicking properties help keep the wearer dry and comfortable by reducing moisture build-up. This makes them ideal for activewear and sports clothing.
Boron is a substance that is most likely to be classified as a metalloid. It exhibits properties intermediate between metals and nonmetals, such as being a good conductor of electricity at high temperatures while being brittle like a nonmetal. Other common metalloids include silicon, germanium, and arsenic, which also display similar mixed properties.
The elements that are commonly recognized as metalloids or semimetals are boron (B), silicon (Si), germanium (Ge), arsenic (As), antimony (Sb), and tellurium (Te). These elements exhibit properties of both metals and nonmetals, such as being good conductors of electricity but also brittle and less malleable.
It is bad that germanium capsules have an extra proton, as this would change the element from germanium (Ge) to another element. Germanium is typically stable with 32 protons, so adding an extra proton would make the element unstable and alter its chemical properties.
Germanium is a semiconductor, it means that electrons are relatively strongly attached to nuclei. As result its thermal properties change. Generally semiconductors have worse thermoconductivity than metals but better than insulators.
Oh, dude, like, a good slogan for germanium could be "Germanium: It's like silicon's cool cousin." Because, you know, germanium is in the same family as silicon, but it's not as popular. So, it's like the hipster of the periodic table.
Germanium is a semiconductor, it means that electrons are relatively strongly attached to nuclei. As result its thermal properties change. Generally semiconductors have worse thermoconductivity than metals but better than insulators.
Iron and germanium are both chemical elements on the periodic table. They are both metals and have similar properties such as being solid at room temperature, having high melting and boiling points, and being good conductors of electricity. However, iron is a transition metal and germanium is a metalloid.
Germanium is a semiconductor, which means its conductivity falls between that of a conductor and an insulator. It is not as good a conductor as metals like copper, but it can conduct electricity under certain conditions.
Germanium is a semiconductor, it means that electrons are relatively strongly attached to nuclei. As result its thermal properties change. Generally semiconductors have worse thermoconductivity than metals but better than insulators.
Metalloids such as silicon, germanium, arsenic, antimony, and tellurium have properties of both metals and nonmetals. They typically exhibit characteristics of both metallic elements (like being good semiconductors) and nonmetallic elements (like being brittle).
This is not a good question, because it's really unclear what "similar" means. They have roughly the same density. (Yes) Their chemical reactions are somewhat different. (No) One allotrope of arsenic is grey and metallic in appearance and could reasonably be mistaken for germanium in a cursory visual examination. (Yes) Arsenic sublimes, germanium melts. (No) And so on. In order to answer the question, you'd need to define specifically what your criteria for considering things "similar" is.
Yes. Pure gold is a much better conductor than pure germanium is.
A metalloid is an element that has properties of both metals and nonmetals. These elements have characteristics of metals, such as being good conductors of electricity, as well as nonmetallic properties, such as being brittle in solid form. Examples of metalloids include silicon and arsenic.
Germanium is a metal that conducts electricity and germanium crystals can be prepared in a manner allowing them to conduct electrify through their crystal lattice is one direction only, making germanium crystals valuable for use in transistors and rectifiers.