"Chemical energy" Quotes from Famous Books
 ... it was certain phenomena of life which first made us aware of the existence of a realm of forces with the attributes of anti-gravity, and that these forces revealed themselves first as creators of form. Now it is obvious that warmth, light and chemical energy, though they all play an essential part in living organisms, could never by themselves bring about that 'catching from chaos, carbon, water, lime and what not and fastening them into a given form' which Ruskin describes as the activity of the spirit in the plant. In order to be in this sense ...
— Man or Matter • Ernst Lehrs
... all the so-called real forces in inorganic nature, the mechanical forces and their complements, the so-called potential energies, heat, radiation (light, radiating heat), electricity, magnetism, chemical energy, are different forms of universal motion, which pass, under certain conditions, the one into the other, so that in place of those of the one which disappear, a certain number of the other appear, so that the whole movement of nature is reduced to this perpetual process of ...
— Feuerbach: The roots of the socialist philosophy • Frederick Engels
... coiled springs. These countless atomfuls of energy are taken in as food. Once in the human body, these tense vehicles, the atoms, are discharged in the body's protoplasm, the radiance furnishing new chemical energy, new electrical currents. 'Your body is made up of such atoms,' Dr. Crile said. 'They are your muscles, brains, and sensory organs, such as ...
— Autobiography of a YOGI • Paramhansa Yogananda
... which display the succession of colours, red, orange, yellow, green, blue, indigo, violet; thirdly, of ultra-violet rays which, like the ultra-red ones, are incompetent to excite vision, but which, unlike the ultra-red rays, possess a very feeble heating power. In consequence, however, of their chemical energy these ultra-violet rays are of the utmost ...
— Fragments of science, V. 1-2 • John Tyndall
... this: The gas which escapes from the water was not in existence in the gaseous form previous to the experiment, and the heat communicated to the gas being a definite quantity it follows that the more the gas is cooled the greater the proportion of chemical energy in the shape of heat will be utilized ...
— Scientific American Supplement, No. 288 - July 9, 1881 • Various |
