Question

Exercise 3: (a) In a molecule of HNNH the H atoms hybridize. do | do not (b) the N atomshybridize do I do not (c) This means the energy diagram of a H atom change. will | will not (d) And the energy diagram of a N atom change. will I will not (e) Draw any modifications to the energy and boundary diagrams for the atoms in HNNH that you indicate hybridize. When the orbitals of these atoms come together in space and overlap there are two types of onding orbital frameworks that must be identified xercise4 (a) Briefly (in no more than one or two sentences) indicate how sigma, o, and pi, t, bonding frameworks differ from one another. (b) Give the ơ and bonding frameworks for HN NH. In your diagram make sure to: Include x, y and z coordinate axes. Name each orbital. Identify each different type of bonding interaction, indicate the number of these interactions, and name each of them (the name should include the type o overlap, as well as atoms and orbitals involved). . . . Include all electrons (in both bonding and non-bonding orbitals)

Answer 1

Given data: Exercises rightarrow HN NH: - H-N = N-H a) In a molecule of 'HN NH' The H atom donot hybrid b) the 'N' atom do hybridize c) This means The energy diagram of a 'H' atom will change d) and the energy diagram of a 'N' atom will not change e) electronic configuration of N: - 1s^2 2s^2 2p^1 N = 1s^2 2s^1 2p^2 \r\n Exercise: 4 rightarrow a) Briefly indicate now sigma sigma, and pi, r, bonding: - rightarrow The two bonding including two from the sigma bonding rightarrow The two bonding not connected bur reaction to each other two from the Five pi bonding rightarrow two from bonding are from to show above figure b) sigma and r bonding frame works For HN NH include x, y and z coordinate axes Putting name of each orbital identify the different types of bonding interaction and it is indicate the numbers and also name of the each bonding or non bonding orbitals