 The study examines the ground state properties of a multi-component repulsive femigastrapt in a harmonic trap, using fixed node diffusion Monte Carlo method to investigate how energetic properties and correlation functions evolve as the number of components changes. Analytical expressions are derived for weak interactions within local density approximation for any number of components and one plus one particle using an exact solution. The system fermionizes in the limit of strong interactions. This article was offered by N. Matveeva and G. E. Astrakarchik.