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He adds quantization ideas with principles of classical mechanics. Despite representing a major improvement over previous models, has obvious problems as: By assuming that classical mechanics is not valid in case electronic transition does not propose other laws to explain the process. Does not explain why the quantization established in item 4 above. These problems of the Bohr model will be overcome from the 1920s through the work of Erwin Schrödinger, Louis de Broglie and Werner Heisenberg, among others, resulting in the emergence of quantum mechanics (which is an area of physics that studies comes from the study of systems in which status is not valid the principles of classical mechanics) model structure and atom based on its principles. ACTIVITY For you to understand a little more about atomic models, build a model according to the theory of Rutherford - Bohr using: colored cardstock (two different colors), modeling clay, latex tube, piece of cardboard about 50cm, glue and scissors . The cardboards Make circles with diameters of 5cm and 25cm in the same color and 15cm and 35cm in another color. Trim with scissors and glue in cardboard alternating colors, like the following 02: Piece of cardboard Cardboard circles in different colors and sizes Photo: Icon Audiovisual Cut tube latex thin rings. Cole rings latex lines of each circle. Put a ring in the center to the core, two rings on the line of the first round, eight rings in the line of the second circle; eighteen rings in the third and 32 in the fourth rings. Divide the space so that the rings remain distributed symmetrically. Make balls with the modeling clay in the size needed to fit the rings latex. Place a ball in the center to the core of a different color from the rest. Put those balls to represent electrons. Remember that the number of balls (electrons) in each circle depends on the type of atom you will represent.
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On dodaje kvantizacijom ideje s načelima klasične mehanike. Unatoč predstavlja veliki napredak u odnosu na prijašnje modele, ima očitih problema kao što su: Po pretpostavkom da je klasična mehanika ne vrijedi u slučaju elektronske tranziciji ne predlaže zakone i druge da objasni proces. Ne objašnjava zašto kvantizacijom utvrđeno u točki 4. ovoga članka. Ovi problemi Bohr modela će biti prevladana od 1920 kroz rad Erwin Schrödinger, Louis de Broglie i Werner Heisenberg, među ostalima, što je rezultiralo pojavom kvantne mehanike (što je područje fizike koje studije izlazi iz studija sustavima u kojima status nije važeća načela klasične mehanike) Model strukture atoma i na temelju svojih načela. AKTIVNOST Za vas razumjeti nešto više o atomskoj modela, izgraditi model prema teoriji Rutherford - Bohr koristeći boji: karton (dvije različite boje), modeliranje gline, lateks cijev, komad kartona oko 50cm, ljepilo i škare . The katrona napraviti krugova s promjerom od 5 cm i 25 cm u istoj boji i 15cm i 35cm u drugu boju. Trim sa škarama i ljepilom u kartonskim izmjenične boje, kao na sljedećoj 02.: Komad kartona Kartonske krugovi u različitim bojama i veličinama Foto: Icon audiovizualnu politiku Izrežite cijev od lateksa tanke kolutove. Cole prstenje lateks linije za svaki krug. Stavite mu prsten u središtu mjesta, do srži, dva prstena na liniji prvom kolu, osam prstenje u skladu drugog kruga; osamnaest prstenje u trećoj i 32 u četvrtoj prstenje. Podijeljeno je prostor, tako da su prsteni ostaju simetrično raspoređene. Napravite kugle s modeliranja gline u veličini potrebno da stane na prstene lateksa. Stavite loptu u sredini do srži drugu boju od ostatka. Put one loptice za zastupanje elektrone. Sjetite se da je broj lopti (elektrona) u svakom krugu ovisi o vrsti atoma što će predstavljati.