Downloads: 111
H S Vyas
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 893 - 903
Downloads: 98
H S Vyas
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 904 - 914
Downloads: 97
H S Vyas
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 915 - 919
Downloads: 73
H S Vyas
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 920 - 933
H S Vyas
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 934 - 953
Downloads: 98
H S Vyas
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 954 - 963
Downloads: 91
Brijesh Kumar Sharma
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 964 - 967
Downloads: 119
Dr. Yashpal D. Netragaonkar
Received Date: 07/01/2019 | Accepted Date: 28/02/2019 | Published Date: 01/03/2019
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 968 - 977
This paper deals with the use of computer technology for student educators in Pune. Education is a never-ending process and a powerful tool which brings dynamic changes in society as well as among the learner. Education inculcates the values, and morals of our culture from one generation to the next generation. It helps to bring up new changes as per the needs of societies and learners. Statistics is a widely used subject in each sector of life such as in newspapers, public health centres, and sports to maintain current scores and records, in the education sector it is used to maintain progress records, to decide the rank of students, etc The main objectives of the study are i) To prepare an achievement test on Quartile Deviation (Q.D) and Standard Deviation (S.D). ii) To develop a CAI programme for Quartile Deviation (Q.D) and Standard Deviation (S.D). iii) To find out the effectiveness of the CAI programme. iv) To find out the reactions of student educators towards the developed CAI programme.
The findings of the study are 1) The Computer Assisted Instruction (CAI) method is superior to the Conventional method. 2) Responses of the students, towards the developed CAI programme are found very positive and from the above findings it concludes that, 1. Computer Assisted Instruction method is proven very effective and students can learn with their own pace and time. 2. Responses of the students towards the prepared CAI programme are found very positive
Downloads: 63
Dr. M. Jyosthana
Received Date: 07/01/2019 | Accepted Date: 28/02/2019 | Published Date: 01/03/2019
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 978 - 981
The present study was intended to find out the awareness of e-learning among B.Ed. Prospective Teachers in College of Education. The investigator has adopted stratified random sampling technique and sample collected from 100 B.Ed. Prospective Teachers in B.Ed. College in Guntur district of Andhra Pradesh. The major findings were that the awareness of e-learning of B.Ed. Prospective Teachers based on gender and locality shows significant and college management shows no significant difference.
Downloads: 8
Dr. H. N. Vishwanath
Received Date: 07/01/2019 | Accepted Date: 28/02/2019 | Published Date: 01/03/2019
Issue: Jan-Feb, 2019 | Volume/Issue:4/18 | Page No.: 982 - 990
Impact Teaching and Effective Learning are the two foci of imparting productive Science education. If both are to be highly qualitative, it’s very important for the teachers and practitioners to realize and refine their understandings of Science curriculum transaction. It is an accepted fact that effective teachers are usually not born but made through training, exposure and experience. Productive teachers nurture their knowledge and skills of teaching Science through constant and deliberate efforts. One of the prerequisite to be a good teacher is to understand the teaching-learning process and effective classroom management in more depth.
It is indeed a sorry state of affairs that even today teaching of Science is just transacting curriculum by way of direct explanation of the content for conceptual understanding by students where students are just passive recipients of information rather active producers of new knowledge. In the context of NCF 2005, which strongly advocates self-construction of knowledge, it is very significant to rethink about the dynamics of curricular transaction and redesign the pedagogic dimensions so as to enable students construct their own knowledge, relate it to the immediate environment, reflect it in their personality and extend the same for problem solving in life and community for a better quality of life. Learning needs to be shifted from passive and conventional approaches to active and innovative approaches.
In this context, it is indeed essential to analyze the impact of different strategies of teaching – learning of Science at Primary and Secondary levels which constitute the foundation for learning Science at higher education levels. The present study analyses the impact of four learning strategies of teaching-learning of Science on the achievement of students in Science.The present study intends to critically analyze the effectiveness of four different learning strategies viz, Brain Storming (BS), E-learning (EL), Simulation Learning (SL), Real-World Learning (RWL), on the achievement of secondary students of 8th standard in Science. Selected concepts of Science are taught using the aforementioned strategies and their relative differential impact on the students’ achievement in Science. Efforts are also made to study the impact of these learning strategies on students achievement in Science in terms of gender is also done.