Abstract
Two decades ago, Csikszentmihalyi, Rathunde, and Whalen (1997) investigated what
motivates young people to devote themselves to developing their potential. Studying
mathematics offers long-term extrinsic rewards, but school mathematics may not be
enjoyable or challenging. Hersh and John-Steiner (2011) suggested that supportive families
can make a substantial difference to mathematics talent development. During a recent
Australia-wide online survey of parents of school-aged children with high mathematical
potential, data were gathered on the outside-of-school mathematics activities engaged in by
the children. The data were examined by age and gender. The survey findings will be
discussed in this presentation.
High-Potential Mathematics Students and Their Mathematics-Related Activities Outside School
Simone ZmoodTwo decades ago, Csikszentmihalyi, Rathunde, and Whalen (1997) investigated what motivates young people to devote themselves to developing their potential. Studying mathematics offers long-term extrinsic rewards, but school mathematics may not be enjoyable or challenging. Hersh and John-Steiner (2011) suggested that supportive families can make a substantial difference to mathematics talent development. During a recent Australia-wide online survey of parents of school-aged children with high mathematical potential, data were gathered on the outside-of-school mathematics activities engaged in by the children. The data were examined by age and gender. The survey findings will be discussed in this presentation.