Molecular Shape Of You

Em Am C D Em Am C D Em Am C D A dot isn't the best way to try to sum up how electrons come and go Em Am C D They are the states of a matter field that follows an equation that Dirac wrote Em Am C D The Schroedinger part of the whole equation will just lead in sub-c when it expands Em Am C D Now get that Coulomb and add it in with a proton and watch them start to dance n.c. As hydrogen it's like Em Am "Oh proton I feel your tug C D Em Central potential dip down pulling on me Am But I'm not falling in deep C D No that would break uncertainty" Em Am Say oh electrons move too much C D Em Slow down your pace and put that orbit on me Am Come on now, follow my lead C Come—come on now, follow my lead Em Am C Orbitals take the shape they do D Em As stable states of the quantum rules Am C And when a one approaches two D They combine and they're bonding Em Am C Thus, hydrogen as a rule Em Is found in nature as H2 Am C Energy configuring a molecule D Diatomically bonding Em Am C D (low high low high low high low high) Diatomically bonding Em Am C D (low high low high low high low high) Diatomically bonding Em Am C D (low high low high low high low high) Diatomically bonding Em Am C Energy configuring a molecule D When orbitals take the shape they do Em Am One half spin will give a lepton a twin C D One up one down in the ground state Em Am With S and P in quadruple degeneracy C D The second shell can be filled up with eight Em Am The higher angular powers spread out like beautiful flowers C D In middle families, they come into play Em Am Well here's a carbon with 6 e- this ain't nothing tricksy C D But we're gonna make some methane today n.c. with hydrogen it's like Em Am "Oh atoms I feel your tug C D Em Got my electrons bugged out pulling on me Am Come on now settle round me C D I'll hybridize to SP3" Em Am Say oh, Carbon here's our touch C D Em Spread out one-oh-nine-point-four-seven degrees Am Come on now follow our lead C D Come come on now follow our lead Em Am C Molecules take the shape they do D Em Combining states of the quantum rules Am C Like when a shell goes SP2 D For sigma pi double bonding Em Am C And as widely as their purview D Em They spread out in the molecule Am C Look at benzene in a ring, they hold it true D Aromatically bonding Em Am C D (low high low high low high low high) Aromatically bonding Em Am C D (low high low high low high low high) Aromatically bonding Em Am C D (low high low high low high low high) Aromatically bonding Em Am C Look at benzene in a ring, they hold it true D When orbitals take the shape they do N.C Come bond with me baby, come bond N.C Come bond with me baby, come bond N.C Come bond with me baby, come bond N.C Come bond with me baby, come bond Em Am Come bond with me baby, come bond C D Come bond with me baby, come bond Em Am Come bond with me baby, come bond C D Come bond with me baby, come bond Em Am C Polymers take the shape they do D Em Combining base-level residues Am C Like RNA's ACGU D Em Look they're hydrogen bonding! Am C Peptides make a chain and group D Em In beta pleat sheets and corkscrews Am C With these secondary links they fold and move D They're all over your body Em Am Come bond with me baby, come bond C D Come bond with me baby, come bond (They're all over your body) Em Am Come bond with me baby, come bond C D Come bond with me baby, come bond (They're all over your body) Em Am Come bond with me baby, come bond C D Come bond with me baby, come bond (They're all over your body) Em Am C You're a chemical machine, it's best you knew D Em That molecules take the shape of you