The outer shell contains 1 electron, ns1
Li [He] 2s1
K [Ar]4s1
Li, Be, O: the first term in the abridged electron configuration is [He]. Ca, K: the first term in the abridged electron configuration is [Ar].
K+ and argon have the same electron configuration
is electronic all have electronic config of {Ar} size Ca^2+^<k+<Cl-<s2-< IE S2-<CL-<K+<CA2+
They each have 1.
The electronic configuration of elements is determined by the energy shells k, l , m, n and so on. K is the first shell L is the second shell and so on. A shell can accommodate 2(n*n) no. of electrons where n is the no. of the shell so the first shell K can accommodate 2(1*1) electrons that is 2 electrons. The atomic no. that is the no. of protons in an atom of the element needs to be known first then as we know that protons are equal in no. to the electrons we will put 2 in K shell 8 in L shell 8 in M shell 2 in N shell then again come back to M shell and fill it to its capacity that is 2(3*3)=18 . By this way you may be able to find the configuration of the first 30 elements easily which will cover up most of the common elements found in chemical reactions.
Li, Be, O: the first term in the abridged electron configuration is [He]. Ca, K: the first term in the abridged electron configuration is [Ar].
+!. The lakali metals are Li, Na K etc in group 1 with an electronic configuration with just ns1 as the outer shell.
The electronic configuration of iodine is: [Kr] 4d10 5s2 5p5.
1s22s22p63s23p64s1 or [Ar]4s1
1s2 2s2 2p6 3s2 3p6
Not exactly as asked in the question. But K+, Ca2+ and Ar all have the same electronic configuration. All will have a total of 18 electrons.
K+ is 18 electrons 1s2 2s2 2p6 3s2 3p6
K+ and argon have the same electron configuration
Both Li and K lose electrons to get noble gas configuration. Br gains an electron to get noble gas configuration. So K is more likely to form a compound with Br.Potassium is a metal in group 1. It usually forms ionic compounds with other non metallic elements. From these elements, it is more likely to bond with bromine. Recall that lithium is as in the same family as potassium.
John T. K. Li has written: 'The drawings of John Li'
1s2 2s2 2p3 or otherwise denoted [He]2s2 2p3
is electronic all have electronic config of {Ar} size Ca^2+^<k+<Cl-<s2-< IE S2-<CL-<K+<CA2+