. Impact with a Liquid Surface Studied by the Aid of Instantaneous Photography. Paper II. 2a for convenience of reference and to help the reader to interpret correctly thefirst and second figures of the present series). The point of departure at which theliquid left the sphere is well marked, and a tangent from this point passes throughthe outermost conspicuous droplets that must have been projected from it. In fig. 2 the sphere was dusted at the top and on the right-hand side, hut not muchmore than halfivay down, and the configuration corresponds entirely to the again a tangent fro
. Impact with a Liquid Surface Studied by the Aid of Instantaneous Photography. Paper II. 2a for convenience of reference and to help the reader to interpret correctly thefirst and second figures of the present series). The point of departure at which theliquid left the sphere is well marked, and a tangent from this point passes throughthe outermost conspicuous droplets that must have been projected from it. In fig. 2 the sphere was dusted at the top and on the right-hand side, hut not muchmore than halfivay down, and the configuration corresponds entirely to the again a tangent from the well marked drops on the right-hand side leads verynearly to the place of departure from the surface of the sphere. In fig. 3 on this page the record is that the sphere was dusty at the top only. Itis to be expected that dusting at the top will not make mueh difference in the flow ofthe already converging liquid. Comparison with fig. 7 of Series XIII., Plate 3 shows,however, that a slight effect has been produced. Series XX. Eig. 3. Fig. 4. ????^??jiH^gajirfiPiigy;!;.
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