. Impact with a Liquid Surface Studied by the Aid of Instantaneous Photography. Paper II. In fig. 4 the sphere was dusted at the bottom only. The appearance on the left-hand side seems to show that the liquid has, after leaving the sphere, again beenbrought within reach. This recovery at an early stage is explained by reference tophotographs of Series X. of the splash of a rough sphere, which show that even therough sphere is soon wetted for some distance up the sides, as we may imagine by thegradual passage of the sphere into the divergently flowing cone of liquid whichsurrounds the lower par
. Impact with a Liquid Surface Studied by the Aid of Instantaneous Photography. Paper II. In fig. 4 the sphere was dusted at the bottom only. The appearance on the left-hand side seems to show that the liquid has, after leaving the sphere, again beenbrought within reach. This recovery at an early stage is explained by reference tophotographs of Series X. of the splash of a rough sphere, which show that even therough sphere is soon wetted for some distance up the sides, as we may imagine by thegradual passage of the sphere into the divergently flowing cone of liquid whichsurrounds the lower part. When the liquid again touches a polished part the filmwill be again guided up it in the manner already explained. In figs. 5 and 6 (shownin drawings on page 190) the sphere was out of focus through the slipping out ofplace of the rod which held the releasing gear—a fault which was not discovered till 190 MESSRS. A. M. WORTHINGTOX AND E. S. after the photographs had been developed. In each case the sphere was dusted onthe right-hand side along a narrow vertical strip. In No.
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