Abstarct: Studying of the properties of nuclei's isotopes is interest and importance in the field of nuclear physics. One of the works that have been done in this area in recent years is the research on the static properties of nuclei of different isotopes. In this work we use the D-dimensional Schrödinger equation, we know the isotopes 11Be and 10Be are few-body systems and we use the hyper spherical coordinate. The hyper spherical is a space to study of few-body systems in quantum mechanics. We study the spectrum energy and charge radius of isotopes 11Be and 10Be. Many potential are describe the interaction between nucleons – nucleons such as the Woods - Saxon potential, Yukawa potential and other nuclear potentials, that physicists study the properties of nuclei with these potentials. In this work we suggest the Yukawa potential plus Woods – Saxon potential as the interactive Potential, after we solved the non-relativistic Schrödinger equation with using an analytical method such as super symmetry and IQR method to calculation the energy spectrum, the wave function and charge radius of this isotopes.