Abstract
Two great universal phenomena which must be understood in order to understand electronics are the motions of particles—that is, very small bodies—and the motion of waves . . . . The particles with which electronics deals are chiefly electrons. In order to understand the motion of electrons or ions through the emptiness of a vacuum tube, we must have some understanding of the laws of motion, laws which govern not only the motion of electrons and of ions in vacuum tubes but all motions in the world about us and the motions of heavenly bodies as well: the motion of baseballs and automobiles, the motions of satellites and planets in their orbits, and the motion of the stars in their courses.
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