Titanium has 22 electrons spread over four different energy levels. There are two electrons in the first level, eight electrons in the second level, 10 electrons in the third level, and 12 electrons in the fourth level.Continue Reading
Titanium is the ninth most common element on Earth; it is found in igneous rocks and sediments. It is hard, lustrous and strong as steel but much less dense. Commercially, it is used as an alloy agent in projects that require great structure strength but low overall weight, such as aircraft and missiles.
Titanium is also a common component of desalinization plants and ship hulls because it does not corrode in the presence of seawater like other metals. Unlike other metals, it connects well with bone and it is used frequently to repair damaged joints and teeth.Learn more about Atoms & Molecules
Titanium comes from several sources, including deposits in Australia, North America, the Middle East and South Africa. Titanium occurs on its own in large reserves located below the surface of the Earth. However, it is also frequently found embedded in other minerals, such as ilmenite and rutile.Full Answer >
The Bohr model for silver explains the number of electrons, protons and neutrons that are present in the atom, and it diagrams the placement of the electrons within silver’s five energy levels. Silver’s Bohr model indicates that there are 47 protons and 61 neutrons in its nucleus, according to Pennsylvania County Schools. Its 47 electrons are broken up into five energy levels.Full Answer >
The element calcium has a total of four energy levels that each can hold a certain number of electrons. Its first and fourth energy levels hold two electrons each, and its second and third energy levels hold eight electrons each.Full Answer >
The energy levels of electrons are K, L, M, N, O, P and Q. Energy levels are also represented by numbers 1 through 7, with K as level 1 and Q as level 7. Within each level are suborbital levels represented as s, p, d, f, g and h.Full Answer >