Write the short hand and long hand electron configuration for each of the following ions. For each, identify another ion that is isoelectronic with it.
a. Ca2+
b. S2-
c. Al3+
Write the short hand and long hand electron configuration for each of the following ions. For each, identify another ion...
Just solve this a) Write the complete electron configuration and the short-hand electron configuration of arsenic, As. b) Complete Electron Configuration. c) Short-hand (Noble Gas) Electron Configuration. d) How many core electrons does arsenic have? e) How many valence electrons does arsenic have? f) As a metalloid, what possible +ion charge or-ion charge can arsenic have? + or - g) Sketch the Photoelectron Spectrum for Arsenic's complete electron configuration. h) Write the four quantum numbers for each of Arsenic's valence...
Write the short-hand and long-hand configuration for each of the following elements: a. lithium b. xenon c. cobalt
Problem 3. (8 points) Write out the electron configuration for each of the following metal ions. (а) К* (b) Cа* (c) Sc3+ F7 (d) Ti* Problem 4. (8 points) Write out the electron configuration for each of the following nonmetal ions (a)CI (b)s2- (c) p3- (d)Sit Problem 5 (6 noints)
92 19. Write the complete and abbreviated electron configurations for each of the following ions. Identify which of the following ions are isoelectronic with Argon. a. Al [Ne]/15²25²206 b. cr Cara11522g² ap635 3po (soelectronic ) c. Ca?! [Ar]/15²25²203,²3pc (iso electronic Cd. Fezo [AR]43²3d4 113²232 22635²306 453 3d" Fes: CARTE e. K f. S2 g. Sc3+ 98
1. Write the electron configuration in the compressed form (long hand notation) for each of the species: Ge, Pd, Eu Sr2+, Pb2+ and I 2. Write the orbital diagram for each of the species: Ar, Sel, Mn2+, Mo and Ag. Show the magnetism for each. 3. Determine the magnetism for the following species: Ca?", s', Fe 4. How many unpaired electrons would you expect to find in each of the ions: Fe2+ and Fe3+
configuration for the following ions. Use the noble gas core abbreviation. Ion Electron Configuration Ion Electron Configuration A/3+ Ni2+ P3 Sb3+ Br Te2- V3+ Pb2+
1. For the following aroms or ions, give the electron configuration, orbital diagram, and the quantum numbers of the last electron to fill in. Use the noble gas short hand. - germanium - uranium - iron(III) ion - nitride ion
8. Write the electron configuration for each of the following atoms and for the simple ion that the element most commonly forms. In each case, indicate which noble gas has the same electron configuration as the ion. a. sodium, Z=11 b. iodine, Z= 53 c. calcium, Z=20 d. nitrogen, Z-7 e. fluorine, Z= 9
(5 points) (a) Write the short-hand electron configuration of Vanadium. (b) Draw the orbital diagram of the valence electrons in Vanadium. (c) Write the full electron configuration of Vanadium. (d) What is the effective nuclear charge experienced by a 4s electron in Vanadium?
5. Draw abbreviated electron configuration for the following atoms and ions. Explain which ion cannot exist. (12 pts) S and S2 Ge and Gel-