A collection of learning activities viewed as challenging and suitable for junior high students in grades 7 and 8 are presented. The questions are designed to suggest other situations and encourage mathematically gifted pupils to develop, practice, and refine analytical thinking skills. (MP)

A 16-item questionnaire concerning independence and 3 divergent thinking tests were administered to 3 groups of preadolescent boys (N=91) and their mothers as part of an ongoing longitudinal study of exceptional giftedness. Results indicate significant correlation of mothers' and boys' independence scores with divergent thinking test scores. (TJH)

This study compared the motivational orientations and metacognitive abilities of 143 Grade 7 intellectually gifted students in an Australian selective school with 133 average-achieving age peers attending comprehensive schools. Gifted students had greater confidence in their own control over successes or failures in school tasks, demonstrated more…

Data from a longitudinal survey of mathematically precocious 13-year olds (n=1,247) were used to test 5 factors (quality and quantity of instruction, home environment, motivation, and ability) for their ability to predict educational achievement and educational and career aspirations. Students were followed until age 23. (SM)

Results of seventh-grade students taking Scholastic Aptitude Test indicate that, by age 13, a large sex difference in mathematical reasoning ability exists; among students scoring greater than 700, boys outnumbered girls 13 to 1. Hypothesized factors thought to influence the difference (such as course taking, attitudes) were not supported by data…

The predictive validity of the mathematics subtest of the Scholastic Aptitude Test (SAT-M) was investigated for 1,996 mathematically gifted (top 1 percent) seventh and eighth graders through academic achievements assessed over 10 years. The SAT-M appears to have predictive validity for differentiating highly able seventh and eighth graders. (SLD)

Two studies conducted with 244 academically gifted seventh graders and 1,996 high school students indicate that specific content knowledge taught during a short time does not increase Scholastic Aptitude Test (SAT) scores, but that educational experience over 5 years does relate to development of abilities measured by the SAT. (SLD)