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Top View of the Vibration Cell 96 58. Influence of Annealing in the Enhancement of Response in Metals 101 59. Uniform Electric Responses in Metals 102 60. Persistence of After-effect 105 61. Prolongation of Period of Recovery after Overstrain 106 62. Molecular Model 107 63, 64. Effects of Removal of Molecular Sluggishness in Quickened Recovery and Heightened Response in Metals 109, 110 65. Effect of Temperature on Response in Metals 111 66. Diphasic Variation in Metals 113 67. Negative, Diphasic, and Positive Resultant Response in Metals 115 68. Continuous Transformation from Negative to Positive through Intermediate Diphasic Response 116 69. Fatigue in Muscle 118 70. Fatigue in Platinum 118 71. Fatigue in Tin 119 72. Appearance of Fatigue due to Shortening the Period of Recovery 120 73. Fatigue in Metal under Continuous Stimulation 121 74. ‘Staircase’ Response in Muscle and in Metal 122 75. Abnormal Response in Nerve converted into Normal under Continued Stimulation 124 76, 77. Abnormal Response in Tin and Platinum converted into Normal under Continued Stimulation public@vhost@g@gutenberg@html@files@18986@[email protected]#Page_125" class="pginternal"