Chlorine's electrical configuration is[Ne]3s23p5, which can also be represented as2,8,7. This demonstrates that chlorine's outermost shell has seven valence electrons. If there are more than four valence electrons, the valency can be determined as follows:Valency=Valenceelectron-8 As a result,...
When a chlorine atom gains one electron, it becomes a chloride ion (Cl⁻). This means the chloride ion has a total of 18 electrons. Step 4: Write the Electronic Configuration of Chloride IonThe electronic configuration of the chloride ion will be the same as that of the nearest noble ...
What is the electron configuration for chlorine? What is the atomic mass of fluorine? What is bohrium's atomic mass number? What is the mass number of carbon-12? What is the mass number of boron? What is fluorine's molar mass?
The electron affinity of chlorine is highest than that of fluorine due to - AIts highest reactivity BBigger size CDifference in their electronic configuration DSmaller nuclear chargeSubmit Assertion: The electron affinity of chlorine is greater than that of fluorine. Reason: Chlorine is more elec...
7 The reactivity of a chlorine atom is higher due to its desire to achieve a stable electron configuration by gaining an electron. The chloride ion is relatively stable and less reactive, as it has already achieved a stable electronic arrangement. 13 Chlorine atoms are often involved in oxidatio...
Chlorine (Cl) has an atomic mass of 17. Find out about its chemical and physical properties, states, energy, electrons, oxidation and more.
Ever wonder why your eyes sometimes burn after you go swimming in a pool, but not after you take a bath? The answer is because of chlorine. Find...
The electronic structure of individual sheets of the bacterial surface protein layer (S layer) of Bacillus sphaericus NCTC 9602 was studied using a photoemission electron microscope (PEEM) operating in near-edge X-ray absorption fine str... Andreas,Kade,Denis,... - 《Journal of Physical Chemistry...
aerophobic-hydrophilic and hydrazine-friendly interface, large gas transport channels, high active surface area and superb conductivity for promoting hybrid seawater electrolysis. Transmission electron microscopy (TEM) and X-ray diffraction (XRD) reveal that the NiCo@C consists of numerous single-crystal...
with all the valence band filled and all the conduction bands empty. Indeed, for the Fermi energy close to the VBM the [(ClTe-VCd)(Cs)]+configuration has much lower energy than the [(ClTe-VCd)(C3v)]−polaronic configuration found in ref.36, which acts as a harmful electron trap. ...