is through its Lewis structure. This is drawn by distributing the total valence electrons of the compound. The lone pairs and the bonds between the atoms are explicitly shown in this representation. A Lewis structure is helpful in predicting the shape of a molecule and as well as its ...
What is the molecular geometry/shape of C_2Cl_2? Describe the molecular geometry around each carbon atom in CH2CHCH3 using VSEPR theory. Determine the molecular geometry of each molecule. a) CBr4 b) H2CO c) CS2 d) BH3 What is the molecular geometry of SH_4?
Hybridization is one of the most crucial part of valence bond theory. This is because they have a tendnecy to correspond closely to the electron's distribution.Answer and Explanation: Become a member and unlock all Study Answers Start today. Try it now Create an account ...
Briefly describe the type of bond: Polar-covalent. What bonding holds a water molecule to another water molecule? (a) Ionic (b) Dispersive (c) Non-polar covalent (d) Polar covalent (e) Hydrogen bond. What best describes the bonding in a water molecule? A. An oxygen atom shares an ele...
Describe the bonding in PCl5 without usingdorbitals. As the geometry of PCl5 is as shown. Binary compounds PCl5 H2 O Answer and Explanation:1 The electron negativity of phosphorous is 2.19. The electron negativity of chlorine is 3.16.
Describe bond formation between two bromine atoms to form a molecule of Br2. a) The bond can form when 3p orbitals on each atom overlap. b) The bond can form when 4p orbitals on each atom overlap. c) The bond can form when 2p orbitals on each atom over What type of bond...
Describe the molecular geometry of CF3Cl. Molecular Geometry:Every molecule or species acquires a certain orientation owing to the interplay of several factors. One of the contributing factors is hybridization. If we consider a central atom, the availability of "lone pairs of electrons" on it ...