In the other word, appropriate problem posing or conjecturing activities should be associated in mathematics classrooms to enrich relevant were never finished, because it is almost always possible to generate further problems when looking back at the original problem or its solution. In order to gaining success in problem posing attempts, it is a proper habit to ask oneself the following questions in a continually manner whilst one comes across a tice is worthy ,even if the constructed problems be cosmetic or unsolvable, due to it can nurture the formulation of new conjectures and problem posing abilities in learners. In this regard , Md.Nor and Ilfi (2012) found that if these attempts are equipped to metacognitive questions(e.g., What is the problem all about? ,What are the strategies/tactics/principles appropriate for solving the problem and why?, Does the solution make sense?) as scaffolding, then can develop creative problem posing. Due to importance this significant issue in education approaches, problem posing has defined as a means of instruction where the students construct questions in response to different circumstances, namely real life situations, another mathematical problem, or the teacher. Meanwhile, the shift of responsibility problem posing from teachers to students could embed pupils in metacognitive strategies during face to face (FTF) interactions in classroom settings and led them to be independent learner. In other word, problem posing activities can stimulates metacognition skills which is called helpful control skills for applying problem