we think it is 3
Covalent Bonding
Within the molecule itself, water exhibits ionic bonding. Between the water molecules, there is hydrogen bonding.
covalent bonds
neils Bohr did.
Valence electrons are the parts of the atoms involved It is the electron. As electrons are fermions (1/2 integer spin) they obey the Pauli exclusion principle so that no two electrons can occupy the same energy level. This gives rise to the electrons of different atoms unable to be in the same energy level and this is where the bond comes from. If they could occupy the same energy levels like bosons (eg the photon in laser light) then there would be know chemistry.
Ekasilicon, with the chemical formula Si6H14, is a silicon-based compound that has strong covalent bonds due to the sharing of electrons between the silicon atoms and hydrogen atoms. Its bonding power is characterized by the ability of silicon to form stable tetrahedral structures, similar to other silicon-based compounds.
its is a metal (shiny-greyish white)
The atomic mass of ekasilicon is 293.21 grams per mole. It contains 14 silicon atoms and 2 germanium atoms in its molecular structure.
The atomic mass of ekasilicon is approximately 118.71 grams per mole.
Germanium.
Germanium
because precent
Ekasilicon was the name appointed by Mendeleev to the undiscovered germanium; germanium has similar chemical properties to silicon and tin.
Ekasilicon (Mendeleev's name for the element below Silicon, 1869) is named germanium since it was discovered (1886).Eka (from Sanskrit) means 'first' for first element downwards.
we think it is 3
Ekasilicon, with the symbol Es, has an atomic mass of 294. It is a synthetic element in the periodic table and is classified as a transactinide element. It is highly unstable and has a very short half-life.
The properties of element 114, also known as ekasilicon, are mainly predicted based on its position in the periodic table. Similar to silicon, ekasilicon is expected to exhibit some semiconducting properties due to its position in the carbon group. Its properties may also be influenced by its electron configuration and atomic structure. Additional experimental data may be needed to accurately determine its physical and chemical properties.