It's over 9000.
Germanium is a metalloid with low reactivity. It is relatively stable in air and water, but can react with strong oxidizing agents. Germanium primarily forms covalent bonds rather than ionic bonds due to its electron configuration.
Germanium is not explosive. It is a chemical element with a low reactivity and has no explosive properties. It is commonly used in electronic devices and as a semiconductor in transistors.
Aqua regia, a mixture of nitric acid and hydrochloric acid, can dissolve germanium. Germanium's reactivity with acids is relatively low, and aqua regia is one of the few solutions capable of dissolving it.
no it doesnt it flammbility level is 1
Krypton's reactivity level is low to none at all, since it's part of the inert gases family.
The cost of germanium varies depending on the purity level, market conditions, and supplier. As of now, the price of germanium is roughly $2,000 to $3,000 per ounce.
Flammability, reactivity with oxygen, pH level are chemical properties; smell is also a consequence of the chemical composition.
The energy level for germanium depends on its electronic configuration, which includes both valence and core electrons. Germanium typically has four valence electrons that determine its chemical properties, while its core electrons are found in inner shells closer to the nucleus. These core electrons are held more tightly and have lower energy levels compared to the valence electrons.
To test germanium water, you can use a pH meter to measure the acidity level, a TDS meter to measure total dissolved solids, and a germanium testing kit to verify the presence and concentration of germanium in the water. Follow the instructions provided with these testing tools for accurate results.
Mendeleev was able to predict the properties of the yet unknown element (Germanium) by the properties of the surrounding known elements on his periodic table of the elements. Predicting properties such as reactivity, density, atomic mass, etc., he knew where the undiscovered element would be placed.
Germanium is relatively expensive because it is a rare element and is not as abundant as other elements like silicon. The extraction process of germanium is also complex, requiring multiple steps to purify it to a high level. Additionally, the demand for germanium in various industries, such as electronics and fiber optics, contributes to its higher cost.
Adding a proton to the nucleus of germanium would change it into the element arsenic. The extra proton would increase the atomic number of the element by one, resulting in a different chemical characteristic and reactivity.