**Title: Understanding the Lewis Structure and Hybridization of XeCl₂****Question 16 of 18****Main Task:**Draw the Lewis structure of XeCl₂ and then determine the hybridization of the central atom.**Diagram Description:**The diagram illustrates the Lewis structure of XeCl₂. In this structure:- Xenon (Xe) is the central atom.- Two Chlorine (Cl) atoms are connected to Xenon via single bonds.- Each Chlorine atom has three lone pairs of electrons surrounding them, represented by dots.- The Xenon atom is surrounded by a total of three lone pairs of electrons (two pairs on the top and bottom).**Options for Hybridization:**A) sp³ B) sp⁵ C) sp³d D) sp E) sp²**Explanation:**The hybridization of the central atom, Xenon, in XeCl₂, can be determined by considering the steric number, which includes the number of atoms bonded to the central atom plus the number of lone pairs of electrons on the central atom. In this case, XeCl₂ has a steric number of 5 (2 bonded atoms + 3 lone pairs), indicating that the hybridization is sp³d (Option C).

Given :- molecular formula = XeCl2 To draw :- Lewis structure and also determine the hybridization of central atomFormula for determining the hybridization of central atom :- x= (V+M-C+A)/2 V = valence electrons of central atom M = number of monovalent atoms C = cationic charge A = anionic charge If x = 6 hybridization is sp3d2 x = 5 hybridization is sp3d x = 4 hybridization is sp3 x = 3 hybridization is sp2 x = 2 hybridization is sp

Answered: Draw the Lewis structure of XeCl, and…

Science

Chemistry

Draw the Lewis structure of XeCl, and then determine the hybridization of the central ator •xe Click to edit molecule ci. A) sp³ B) sp5 C) sp³d D) sp E) sp²

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Question 20 of 39 In the molecule below, predict the geometry and hybridization of the circled atom. A) sp and linear B) sp and trigonal planar C) sp and linear D) sp and trigonal planar H3C° E) sp and linear
Draw Lewis structures for each of the molecules/ions listed. For each structure provide the following information below: 1) NH4* 2) SF4 3) CH3CI 4) XeCl4 a) electronic geometry b) molecular geometry c) hybridization ( sp, sp², sp³, sp³d, sp³d² ) d) polarity
1. Draw resonance structures Identify SP2 hybridized atom centers IZ
a) What is the ideal bond angle ( in degrees) of an atom with linear molecular geometry? b) Which of following compounds do not have an overall molecular dipole moment at all? a) CO b) BH3 c) HCl d) CF4 e) CHF3 f) CO2
You will need to draw the correct Lewis structure for BrH4 to answer the following questions. A) How many nonbonded electron pairs are on the Br? B) How many bonded electron pairs are in Br valance shell? C) Name the molecular geometry? D) What is the H-Br-H bond angle? E) What is hybridization on the Br atom?
Determine the hybridization at each of the 3 labeled atoms.
Determine the nitrogen atom hybrid orbitals in the following species. A) 〖NO〗_3^- B) 〖NO〗_2^+ C) 〖NO〗_2^-
Sketch hand drawn with labeled Bond Angles and polar bonds (use dashes and wedges where appropriate) for the following A) C₂H₂ B) H ₂O ₂ C) C H ₂O D) SO₃
The hybridizations of nitrogen in NF 3 and NH 3 are and respectively. A sp, sp3 sp2, sp3 c) sp2, sp2 sp3, sp E) sp3, sp3
#23
Table 3: Complete this table on your own. You may use you Hybridization of each atom Orbitals involvec Molecular geometry around central atoms(s) and name Polar or nonpolar, Draw dipole arrow Formula Lewis structure each bond CF2C12 NOCI SnCls PCl, CH;OH
Draw the Lewis structures for the Sulfite (SO32-) and Sulfate (SO42-)anions. a) On your structures, indicate the formal charge at each atom. b) Draw any resonance structures. c) What is the hybridization of the sulfur atom in each structure d) How many sigma and pi bonds are on each structure