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Showing 3 results for Observational Learning

Mr Sajjad Azimi Panah, Dr Shahzad Tahmasebi Boroojeni,
Volume 9, Issue 17 (9-2019)
Abstract

Observing a model let learners to make a plan of action that can be used for learning motor skills. Moreover, self-talk is a conversation that performers use it either apparently or secretly in order to think about their performance and reinforce it. Therefore, the purpose   of this study was to investigate the effect of observational learning, self-talk and combination of both on boy’s performance. The statistical samples of the present study included 60 students (12.25±1.24) with forth and fifth grade that were selected as available subjects.  After volleyball AAHPERD pre-test, subjects divided into 6 groups: Instructional self-talk (STI), motivational self-talk (STM), observational learning (OB), combination of Instructional self-talk and learning observation (STI-OB), combination of motivational self-talk and observational learning (STM-OB) and control group (CO) and during one day, they were participated in specific intervention that planed for each group. On the first day of intervention, subjects participated in acquisition phase and acquisition test was taken, after 48 hours' retention and transfer test was Held. In each phase of study self-efficacy was examined. The results of two-way ANOVA revealed that there was a significant difference among all training groups with control group (p≤0.05). These results support the use of cognitive factors, self-talk and observational learning and the combination of observational learning and Instructional self-talk as learning facilitator.
Dr Shahab Parvin Poor, Dr Mitra Roohi, Mrs Fatemeh Rad,
Volume 9, Issue 17 (9-2019)
Abstract

Abstract
This study aimed to Comparison of dyad training method with cooperative and competitive approach in the learning of Basketball Free Throw. The study sample included 24 girl’s students aged 13-15 years old who had no experience in free throw. Based on pretest scores, the participants were assigned to either the cooperative dyad training group or the competitive dyad training group. In the competitive dyad training condition, individuals in each dyad had to compete with each other to secure the highest free throw score. At the end of each training session the winner was rewarded. In contrast, in the cooperative dyad training condition, the dyads that attained the score of 75 or more in each training session were rewarded. After the 10th training session, the acquisition of free throw skill was assessed. A week later, the retention and the transfer of free throw skill were assessed. The results indicated that, with regard to the acquisition of free throw skill, in both conditions the participants had made statistically significant progress. In terms of the acquisition and the retention of the target skill, no statistically significant differences were observed between cooperative and competitive training groups. However, with regard to transfer test, the cooperative training group outperformed the competitive training group. Therefore, in comparison to competitive dyad training, cooperative dyad training is more conducive to the acquisition and the retention of free throw skill.
Mr Mehrzad Kharestani, Dr Hasan Mohamadzade,
Volume 13, Issue 25 (9-2023)
Abstract

The purpose of this study was to investigate and compare the effect of mental imagery, observational learning, combined (imagery and observational learning) and physical training on mental representation and performance of novice golfers. To this end, 60 students(age:22.8±2.11) were randomly assigned in four groups: 1) mental imagery, 2) observational learning 3) combined (imagery + observational learning) and 4) physical training. After the pre-test, the participants in each group performed the golf putting for 3 consecutive days (60 attempts per day) and the post-test was performed on the third day. Two days after the post-test, a retention test was taken. Performance accuracy and structure of mental representation of participants were measured as dependent variables. Results showed that in the golf putting variable, the physical training group was better than other groups. Also, the performance of the combined group was better than the imagery and observational learning group. In addition, in the mental representation variable, the combined group had a more structured and accurate mental representation than than other groups. In addition, the imagery group had a better mental representation than the observational learning and physical training group. Overall, The result of this study show that physical training compared to other methods increases the accuracy of golf putting. Also combined imagery and observational learning training, has a greater impact than other methods used in this study.


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