مقالات فارسی
Journal of Philosophical Investigations (22517960)(40)pp. 521-539
The main purpose of this study is to analyze the barriers to intellectual education on Hegel's point of view. The present research was qualitative research and the research method used was qualitative content analysis. The results of this study showed that the individual barriers to rational education from Hegel's point of view are: self-centered, fear, abstraction, negative skepticism, austerity and social barriers to rational education are: utilitarianism, collectivism, hypocrisy and fear of judgment. Negative. According to Hegel, obstacles to intellectual education begin when a person, due to lack of personal independence, lack of free will and lack of reciprocal and equal relationship with another, can not act as an independent intellectual being or when actuality It should not act as an independent rational being, but as an object serving the interests and purposes of other people. However, Hegel considers the obstacles of rational training as other stages of raising awareness as a step towards the development and promotion of the individual's personality, because consciousness faces these limitations and the intellectual obstacles and suffering that it suffers in the meantime. Can be aware of his inadequacies, which leads him to put himself in front of himself as an object and by exploring himself, to re-measure his understanding of himself, to know what he is. And it overcomes its one-sidedness.
International Education Studies (discontinued) (19139020)5(1)pp. 50-56
This study has examined the characteristics of physics teachers, their professional competences, supplies of equipments and technologies, appropriate textbooks and motivational factors in students' learning of physics from female physics teacher's points of view. The population included all female physics teachers in Isfahan city and a total of 88 teachers were selected as sample of study. The study was a descriptive survey that used researcher made questionnaire consists of 46 items. Cronbach's alpha coefficient for this scale was set to be .95. For data analysis, descriptive statistics, t-tests and ANOVA test were used. The results showed that in the present state, physics teachers have a low level of scientific knowledge. In terms of professional skills, their abilities were average and educational equipments and technologies were available at low level. Moreover the satisfaction of female physics teachers of books and educational texts was moderate. Meanwhile, the motivation for learning the lessons of physics was moderate. Also the results in desired state showed that all components of study could be effective in learning physics. Accordingly, it is recommended to enhance learning and teaching physics education, school should be equipped to supplies and technologies for teaching physics, including virtual laboratory.
