Fig. 3. (A) The angle turned in maximum-effort jump turns when turning with the control weight (open column) and when subjects turned with their rotational inertia increased by 9.2-fold (filled column) (N=5; P<0.0001, paired t-test). (B) The average running velocity in a slalom course of six 90° turns with the control weight (open column) and when the subjects ran with their rotational inertia increased by 9.2-fold (filled column) (N=9; P=0.0005, paired t-test). (C) The average running velocity in a slalom course of six 90° turns in which foot placement was restricted to three stepping-stones per turn (Fig. 1) when the subjects ran with the control weight (open column) and when the subjects ran with 9.2-fold increased rotational inertia (filled column) (N=8; P<0.00001, paired t-test). Values are means + S.E.M.
