The purpose of this present investigation was twofold: to determine the relationship between cohesion and performance for successful and unsuccessful bowling teams and to investigate the internal consistency of items from the Group Environment Questionnaire. Subjects were 148 bowling teams (28 men's, 55 women's, 65 mixed--3-5 members each) from 14 different leagues. Results revealed that task cohesion (ATGT) in early, mid, and late season, as well as social cohesion (ATGS) in late season significantly differentiated between high/low cohesion teams. In addition, successful teams (i.e., league position) exhibited significantly higher levels of both task and composite cohesion. All cohesion scales, with the exception of ATGS in early season, revealed a moderate to high level of internal consistency.

The purposes of this study were to quantify, in three dimensions (3D), kinematic parameters of the free throw shot with both the women's small ball and the large ball, and to compare the parameters of the small ball to the large ball. Nine female varsity college basketball players were filmed and the 3D data were computed with the Nonlinear Transformation method. Statistical analysis of parameters including ball trajectory and body position failed to show an effect for ball condition. Since the velocity of release was not statistically different between the two balls and the ball mass was different, the results suggest that impulse is the differing factor.