"Uit: volgt dan met hulp van formule (1): (2) (3) …""If in these expressions we give τ different values, we get a series of values for W, ω, and a corre"
{"Image DocumentName": "Uit:(2) volgt dan met hulp van formule (1): (3)", "Image ImageDescription": "\u2026 If in these expressions we give \u03c4 different values, we get a series of values for W, \u03c9, and a corresponding to a series of configurations of the system. According to the above considerations, we are led to assume that these configurations will correspond to states of the system in which there is no radiation of energy; states which consequently will be stationary as long as the system is not disturbed from the outside. \u2026 Neem nu \u03c4=1 (meest stabiele \u2013 grond \u2013 toestand) en E=e en substitueer de bekende waarden van e, e/m en h dan volgt :2a=1.1x10-8 cm, \u03c9=6.2x1015 Hz en W/e=13 V, in goede overeenstemming met de waargenomen moleculaire diameters, optische frequenties en ionisatie-energie\u00ebn.", "Image XResolution": "37", "Image YResolution": "37", "Image ResolutionUnit": "Pixels/Centimeter", "Image Software": "SlidePlayer", "Image YCbCrPositioning": "Centered"}