LEARNING PHYSICS THROUGH THE COOPERATIVE MODEL OF THE TYPE OF TAI OBSERVED FROM METACOGNITIVE SKILLS AGAINST COGNITIVE LEARNING OUTCOMES
This study aims to determine whether there is: (1) Difference between the learning outcomes of students who taught used the model of TAI type of cooperative learning with students who taught used conventional learning models. (2) Difference between the learning outcomes of students with high metacognitive skills and students who had low metacognitive skills. (3) Interaction between the models of learning with metacognitive skills of learning outcomes. The samples taken 2 classes from 5 classes of the first grade science class at senior high school 5 Mataram that amounted 177 students, which are divided into an experimental group and a control group, the first used of cooperative learning model of the type of TAI and the second group using the conventional model. Data is collected by the tests for cognitive learning outcomes and questionnaire for the metacognitive skills. This experimental study using 2 x 2 factorial design. Data were analyzed using analysis of variance technique (ANAVA) two-way with SPSS 20.0 for windows. The results analysis of data on a significant level of 0.05 shows that: (1) significant values of the used learning models to learning outcomes the results of 0.300 (2) the significant value of metacognitive skills of students to learning outcomes the results of 0.000, (3) significant interaction of learning with the used of models metacognitive skills of 0.674. Conclusion: (1) there was no difference between students cognitive learning outcomes using the model of cooperative learning type of TAI with the conventional learning models, (2) there were differences in learning outcomes between students with high metacognitive skills and metacognitive skills low, (3) there was no interaction between the use of learning models (cooperative type TAI and Conventional) with metacognitive skills (high and low) of the students cognitive learning outcomes.