The Relation of Science and Religion.pdf - Online Christian Library
The Relation of Science and Religion.pdf - Online Christian Library The Relation of Science and Religion.pdf - Online Christian Library
INORGANIC ELEMENTS. 95of nature, as these are recognized in operation,admitting of calculation as to rate of movementon the one hand, and relative amountof force on the other. Computations of thiakind were necessarily involved in research connectedwith the movements of the heavenlybodies. When astronomical theory had beenmatured and a truli scientific understandingof the solar system had been reached, physicalscience had next to deal with the more generalproblem raised by the contemplated forcesof nature, having a reference at once widerand more minute. It is not possible here todo more than give a very summary view ofthe doctrine of energy, its mutations, dissipation,and conservation, as developed throughstudy of the laws of gravitation, electricity,light, heat, etc., and now generally accepted.An outline will, however, suffice for an understandingof the general conclusions.Energy is the term now employed to designateevery form of power belonging to thephysical world capable of doing work, and ofbeing estimated according to the comparativeamount of work it can perform. The wholephenomena of motion thus belong to this departmentof inquiry. The first distinction
96 SCIENCE AND RELIGION.here has been described as the difference between energy of position and energy of motion."Both of these must be taken into account inorder to have a full view of the facts. ENER-GY OF POSITION, is illustrated by a water-head,or reservoir, where an accumulation of wateris laid up in store, ready to be drawn upon formotive power when machinery set up in a positionsomewhat lower is to be brought into actionand made to do the work for which it hasbeen constructed. ENERGY OF MOTION is seenwhen the storehouse of water is opened andthe rush of the current sweeps along the preparedchannel descending upon the greatwheel, which sets in motion the whole machinery.In such a case as this, the amountof work done by the revolutions of the greatwheel is an exact measure of the amountof water which has passed to a lower level.Or let us suppose there is only a limited supplyin the water-head, and that there are nofeeders, but that the streamlets and springsfrom which it is supplied, have ceased to flow,and let us suppose that the mill comes to astand because of failure of motive power, theamount of work done up to that moment isthe measure of the energy stored in the water-* See Appendix III.
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INORGANIC ELEMENTS. 95<strong>of</strong> nature, as these are recognized in operation,admitting <strong>of</strong> calculation as to rate <strong>of</strong> movementon the one h<strong>and</strong>, <strong>and</strong> relative amount<strong>of</strong> force on the other. Computations <strong>of</strong> thiakind were necessarily involved in research connectedwith the movements <strong>of</strong> the heavenlybodies. When astronomical theory had beenmatured <strong>and</strong> a truli scientific underst<strong>and</strong>ing<strong>of</strong> the solar system had been reached, physicalscience had next to deal with the more generalproblem raised by the contemplated forces<strong>of</strong> nature, having a reference at once wider<strong>and</strong> more minute. It is not possible here todo more than give a very summary view <strong>of</strong>the doctrine <strong>of</strong> energy, its mutations, dissipation,<strong>and</strong> conservation, as developed throughstudy <strong>of</strong> the laws <strong>of</strong> gravitation, electricity,light, heat, etc., <strong>and</strong> now generally accepted.An outline will, however, suffice for an underst<strong>and</strong>ing<strong>of</strong> the general conclusions.Energy is the term now employed to designateevery form <strong>of</strong> power belonging to thephysical world capable <strong>of</strong> doing work, <strong>and</strong> <strong>of</strong>being estimated according to the comparativeamount <strong>of</strong> work it can perform. <strong>The</strong> wholephenomena <strong>of</strong> motion thus belong to this department<strong>of</strong> inquiry. <strong>The</strong> first distinction