A_{P} | A | B | C | D | E | F | G | A_{P}=A: Atomic mass (a.u.), as sum of; A_{P}=B: Atomic number (Z), as harmonic sum of; A_{P}=C: Cardinality (=1), as sum of; A_{P}=D: Solid state density (kg/m^{3}), as harmonic mean of; A_{P}=E: Electronegativity (Revised Pauling), as geometrical mean of; A_{P}=F: First ionization energy (kJ/mol), as average of; A_{P}=G: Melting point temperature (K), as Euler (PM(p), p=2) mean of; D_{M}=T: Topological distance (bonds); D_{M}=G: Geometrical distance (Å); D_{M}=U: Weighted topological distance (reversed bond order); I_{D}=E: E_{i,j}=P_{i,j}*D_{i,j}; I_{D}=U: U_{i,j}=P_{i,j}/D_{i,j}; I_{D}=D: D_{i,j}=1*D_{i,j}; I_{D}=P: P_{i,j}=P_{i,j}*1; M_{O}=m: min; M_{O}=M: max; M_{O}=I: half-sum(M_{i,j}); M_{O}=J: half-sum(M_{i,j}*M_{j,i}); M_{O}=E: half-sum(M_{i,j}*Ad_{i,j}); M_{O}=F: half-sum(M_{i,j}*M_{j,i}*Ad_{i,j})L_{O}=I: I(x)=x; L_{O}=R: R(x)=1/x; L_{O}=L: L(x)=Ln(x) |