tag="{http://www.w3.org/1999/xhtml}a">125
| 78. |
Gradual Transition from Abnormal to Normal Response in Platinum |
126 |
| 79. |
Increase of Response in Nerve after Continuous Stimulation |
127 |
| 80, 81. |
Response in Tin and Platinum Enhanced after Continuous Stimulation |
127, 128 |
| 82. |
Magnetic Analogue |
132 |
| 83, 84. |
Records of Responses to Increasing Stimuli in Tin |
134, 135 |
| 85. |
Ineffective Stimulus becoming Effective by Superposition |
135 |
| 86. |
Incomplete and Complete Fusion of Effects |
136 |
| 87. |
Cyclic Curve for Maximum Effects showing Hysteresis |
137 |
| 88. |
Action of Poison in Abolishing Response in Nerve |
139 |
| 89. |
Action of Stimulant on Tin |
141 |
| 90. |
Action of Stimulant on Platinum |
142 |
| 91. |
Depressing Effect of KBr on Tin |
143 |
| 92. |
Abolition of Response in Metals by ‘Poison’ |
143 |
| 93. |
‘Molecular Arrest’ by the Action of ‘Poison’ |
145 |
| 94. |
Opposite Effects of Small and Large Doses on the Response in Metals |
146 |
| 95. |
Retinal Response to Light |
150 |
| 96. |
Response of Sensitive Cell to Light |
152 |
| 97. |
Typical Experiment on the E.M. Variation Produced by Light |
154 |
| 98. |
Modification of the
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