By losing the solitary valence electron , alkali metals acquire the stable configuration of nearest noble gas . These elements have strong tendeny to form M+ ion and thus exhibit an oxidation …

Jul 11, 2016 · It's important to note that helium has only two electrons so it does not have the same electron dot structure as the other noble gases. Electron dot structures show the number …

Oct 9, 2015 · Consider electronic configuration: Al: [Ne]3s^(2)3p^1; Mg: [Ne]3s^2. A priori, we would expect it to be easier to remove an electron from a p orbital than an s orbital from the …

Aug 30, 2017 · Electronic structure is really the KEY to chemical behavior. It is the configuration of valence electrons that define the characteristic observations that we call "chemical reactions". …

What is the net area between #f (x) = 3x^2-x+2# and the x-axis over #x in [1, 2 ]#? The electron configuration #1s^2 2s^2 2p^6 3s^2 3p^6# represents which noble gas? What types of waves …

What is an electron configuration of a nitrogen molecule? I am very confused about anti-bonding orbitals, how they form? I mean when two atomic orbitals produce bonding orbital + anti …

Non-molecular species, ionic crystals, and covalently bound non-molecular materials such as quartz, and carbon (graphite and diamond), tend to have exceptionally high melting and …

It is unlikely that dark matter in neutrons. Neutrons are unstable unless bound to protons in an atomic nucleus or in a neutron star. Free neutrons decay with a half life of just over 10 minutes …

How much energy is required to excite an electron in the ground state in a hydrogen atom to the third excited state? How much more energy would it take to ionise the atom ? 2. If the figure to …

Fluorine. Fluorine is the most electronegative element, which means that it will readily accept an electron more than any other. This is because Fluorine is a very small atom, so the positively …