Question

chemical bonding question:

thank you so much for the help on this qeustion ill be sure to give your answer a rating ?

experimental evidence suggests that the nitrogen atom in ammonia, NH3+, has four identical orbital in the shape of a pyramid or tetrahedron.

a) draw an energy-level diagram to show the formation of these hybrid orbitals (hint: no electron promotion is required)

b) name the type of hybrid orbitals found in NH3+. of the four hybrid orbitals on the N atom, how many will take part in bonding? explain.

c) draw for yourself the energy-level diagram showing the hybrid orbital formed in the C atom when it bonds. now look at those hybrid orbital and those of the N atom, and desrcibe how the bonding with a N atom will differ with the bonding that occurs with a C atom, even though both atoms have four hybrid orbital oriented in a tetrahedral shape.

Answer 1

NS y spo orbital 0 0 0 istis 3n tetrahedion structure Energy level diagran - LUMO aute & homo

b) type of out of taky while Coutain subital found in Nugt are sps hybridized. four hybrid abitals three will be part en bonding with three H. one will be nen-bonding and will Lome pain. Nitrogen Carben sp o4ki- & spr ocsital . . . #ry- - in can of carbon all sp orbisher will be haniz one sempanied e- all will envolve in bonding sivey tetrahedral geomendy . one spasital haun love pair & fect three have one e due to which LP having abital will create repulsion { shape will chay to pyramidal. -