Abstract: It is assumed that, a quantum system consists of three qubits interacting via different three interactions. Due to these interactions, three different quantum entangled states have been generated. The effect of the interactions strengths and the initial state settings of the qubits system on the information flow, and the quantum correlations between the three qubits has been investigated. The Markovian property of these quantum states is discussed, where it changes during the interaction time. For all the three interactions, the phenomena of the sudden change have been observed on the behavior of all the measured physical quantities. Moreover, the initial state settings of the system have a strong effect on the behavior of all the discussed physical quantities, where starting with a maximum entangled state, the maximization of all the physical quantities is achieved.