# EXPLAIN THE DUAL NATURE OF AN ELECTRON

L>The Dual Nature of the ElectronElectronic Structure of Atoms The dual nature of the electron The Dual Nature of the ElectronDepfinishing on the speculative situations, EM radiation appears to have actually either a waveprefer or a particlechoose (photon) character.

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Louis de Broglie (1892-1987) that was working on his Ph.D. degree at the moment, made a daring hypothesis: if radiant power could, under appropriate circumstances behave as though it were a stream of pwrite-ups, then might issue, under proper scenarios, exhibit wave-like properties?For instance, the electron in orbit about a nucleus. DeBroglie suggested that the electron might be believed of as a wave with a characteristic wavesize. He proposed that the wavesize of the electron was a function of its mass (m) and its velocity (u): i.e. the wavelength for "issue waves", where h is Planck"s continuous and is u velocity (not, the frequency). The quantity mu for any object is its momentum (mass * velocity). What is the characteristic wavesize of an electron through a velocity of 5.97 x 106 m/s? (the mass of the electron is 9.11 x 10-28 g) Planck"s consistent (h) is 6.63 x 10-34 J s (also, respeak to that 1J = 1 kg m2/s2) converting g to kg: Converting from kg m2/s2 to Joules: The relationship between power (E) and also frequency (n ) for electromagnetic radiation (Planck"s quantum of energy)The relationship in between wavesize (l ) and also frequency (n ) for electromagnetic radiationFrom these relationships, we can recognize the relationship in between energy and wavelength:or, rearranging:The relationship between wavesize (l ) and momentum (m*v) for DeBroglie"s "ppost wave"From the over relationships, we deserve to calculate the partnership between energy (E) and momentum (m*v)Simplify, and settle for E:The greatest velocity (v) attainable by issue is the rate of light (c), therefore, the maximum energy would certainly seem to be:orWhy do nuclear bombs make such a loud "pop"?The Fuel value of hydrogen is 142 x 103 J g-1If all issue were converted into energyE = 1x10-3kg * (3x108m/s)2E = 9x1013 kg m2 s-2E = 9x1013 JIn various other words, we can obtain out around 9 orders of magnitude greater energy if the hydrogen is converted straight into energy, fairly than combusting it.Nuclear fission and fusion reactions convert a portion of their issue right into energy. The bomb that was dropped on Hiroshima consisted of about 15 kg of the 235Uranium isotope, a fissionable product. The actual amount of mass that was converted right into power is approximated at about 1 kg (releasing roughly 1 x 1017 J of power in a split second). The estimated temperature at the moment of detonation is approximated to have been around 5 million levels. In enhancement to the sun-like warm, a lot of the damages was due to the pressure wave that was developed.The Skepticism Principle For a reasonably large solid object, choose a bowling ball, we can determine its place and velocity at any kind of provided minute with a high degree of accuracy. However, if a things (prefer an electron) has wave-prefer properties then how deserve to we accurately specify its" position? Werner Heisenberg (1901-1976) concluded that because of the dual nature of matter (both pwrite-up and also wavelike properties) it is difficult to concurrently know both the position and also momentum of an object as tiny as an electron. Thus, it is not appropriate to imagine the electrons as moving in well-identified circular orbits about the nucleus. 1996 Michael Blaber