Locus of control and student teacher computer attitudes
Computers & Education
Novice writers and word processing in the one-computer classroom
Journal of Computing in Childhood Education
Journal of Computing in Childhood Education
The impact of a computer-based adventure game on achievement and attitudes in geography
Journal of Computing in Childhood Education
Journal of Computing in Childhood Education
Interrelationships between importance, knowledge and attitude of the inexperienced
Computers & Education
A design to promote group learning in e-learning: Experiences from the field
Computers & Education
The role of learner attributes and affect determining the impact of agent presence
International Journal of Learning Technology
The impact of learner attributes and learner choice in an agent-based environment
Computers & Education
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The SuccessMaker computer-based instructional package can be used to improve the academic outcomes of disruptive students when intervention is teacher facilitated. Over a 2-year period, 215 participants identified as disruptive student were involved in a naturalistic quasi-experimental design in which independent sample t-tests were employed to determined differences between comparisons (Group I) and interventions (Group II) on psychosocial and academic measures. A significant difference (P 0.05) was found between Group I and Group II on locus of control and grade point average at the end of the first grading period subsequent to the intervention. The difference in grade point averages was suspected to be attributed to the average amount of time spent on two curriculum areas, math and science, within the 14 academic areas that comprise the SuccessMaker computerized program. Evidence from this study provides hope that teacher facilitation with computer-based instruction (CBI) may be the key to improving locus of control and grade point averages of disruptive students.