M. V. Chakradhara RaoD. Venkata LakshmiN. SrimannarayanaK. A. Venkatesh2025-10-142025-10-14202310.1063/5.0143114https://ir.chanakyauniversity.edu.in/handle/123456789/170Energies of graphs found a number of various remarkable applications in chemistry for finding H¨uckel molecular orbital total π-electron energy. For any simple graph with its minimum covering distance matrix and its corresponding Eigan values the minimum absolute deviation covering distance energy of ܩ is defined and derived the results on Minimum absolute deviation covering distance energy of few standard graphs and then their bounds also established.enEnergy of a graphMinimum covering distance energy(MCDE)Minimum Absolute Deviation Covering Distance Energy(MACDE)proceedings-article