Archive image from page 265 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0402todd Year: 1849 A Effect of oblique tension on separate bars. demonstrated by a model, using a spring or Indian-rubber as the tension, and may be Fig. 687. explained as follows. Let A B, fig. 688., repre- sent one bar, c D the perpendicular fixed body; B is the free extremity of the bar; K an axis from which a parallel bar has been re- moved. Let e, i, and o be other fixed points ; connect e to B by an elastic tension, and the bar B will be moved towards e. Let the ten-

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Archive image from page 265 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0402todd Year: 1849 A Effect of oblique tension on separate bars. demonstrated by a model, using a spring or Indian-rubber as the tension, and may be Fig. 687. explained as follows. Let A B, fig. 688., repre- sent one bar, c D the perpendicular fixed body; B is the free extremity of the bar; K an axis from which a parallel bar has been re- moved. Let e, i, and o be other fixed points ; connect e to B by an elastic tension, and the bar B will be moved towards e. Let the ten- sion be fixed at i or o, still the bar B will be raised towards the respective points. Let the tension be fixed at K (the centre of mo- tion of the bar which we suppose is removed), and still the bar A B will be raised upwards towards K, and assume the position of A B, K L (fig. 689.) at M. But it is not necessary to this that the elastic force should extend from

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