Schrodinger - Samenvattingen, Notities en Examens

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CLEP Chemistry Latest Update Graded A
  • CLEP Chemistry Latest Update Graded A

  • Tentamen (uitwerkingen) • 25 pagina's • 2023
  • CLEP Chemistry Latest Update Graded A John Dalton Proposed that matter is composed of atoms; these atoms have different identities called elements, which combine to form compounds; measured masses of reactants and products. J.J. Thompson Observed deflection of particles in a cathode ray tube; proposed that atoms are composed of positive and negative charges; developed the plum pudding model of the atom Robert Millikan Calculated the charge-to-mass ratio of electrons using oil drops falling in ...
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IB Chemistry Unit 2 SL Latest Version  Rated A+
  • IB Chemistry Unit 2 SL Latest Version Rated A+

  • Tentamen (uitwerkingen) • 9 pagina's • 2024
  • IB Chemistry Unit 2 SL Latest Version Rated A+ Emission spectrum An emission spectrum is produced when an atom moves from a higher to a lower level. The line emission spectrum of hydrogen provides evidence for __________________ which converge at _____________ The line emission spectrum of hydrogen provides evidence for the existence of electrons in discrete energy levels which converge at higher energies. Continuous spectrum All the colours / wavelengths present merge smoothly in...
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MTL200 Midterm Mostly Tested  Questions and Correct Answers (100% Pass)
  • MTL200 Midterm Mostly Tested Questions and Correct Answers (100% Pass)

  • Tentamen (uitwerkingen) • 18 pagina's • 2024
  • What are the three primary material eras? Stone Age, Bronze Age, Iron Age What are the four levels of Material Structures? Subatomic Structures, Atomic Structures, Micro structures, Macro structures What are the three basic materials? Metals, Ceramics and Polymers Advanced Materials semiconductors, biomaterials, smart materials, nanomaterials atomic number the number of protons in the nucleus of an atom, usually equals the number of neutrons Master01 | November, 2024/2025 | La...
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Chemistry Praxis Review Questions and Answers
  • Chemistry Praxis Review Questions and Answers

  • Tentamen (uitwerkingen) • 23 pagina's • 2024
  • Schrodinger (1925) Continued upon Bohr's findings to determine where electrons are typically found. Heisenberg (1927) Created the heisenberg uncertainty principle because you never can predict where the electron is. (Breaking Bad) De Broglie (1924) Electrons act like waves around the atom. Niels Bohr (Bohrbit) (1913) Electrons can orbit the nucleus in certain special orbits at different energy levels around the nucleus. Earnest Rutherford (foil) (1910) Fired beam of alpha particles ...
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CHE 310 Exam #1 || Questions and 100% Accurate Answers.
  • CHE 310 Exam #1 || Questions and 100% Accurate Answers.

  • Tentamen (uitwerkingen) • 9 pagina's • 2024
  • Organic chemistry correct answers Chemistry of compounds which contain carbon Why are organic compounds central to the structure of living organisms? correct answers Organic compounds make up nucleic acids, amino acids, etc. Compounds correct answers 2 or more elements chemically combined Elements correct answers A molecule composed of one kind of atom; cannot be broken into simpler units by chemical reactions. Atoms correct answers Basic unit of matter which contains a nucleus and i...
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Quantum Mechanics Already Graded A+
  • Quantum Mechanics Already Graded A+

  • Tentamen (uitwerkingen) • 6 pagina's • 2024
  • Quantum Mechanics Already Graded A+ Max Planck : German physicist who solved the problem of why different wave lengths are emitted at different temperatures- proposed that the energy absorbed or emitted by an object could only occur in "pieces"- which he called quantum Wener Heisenberg : German theoretical physicist- published his theory on quantum mechanics when he was 23- concluded that it is impossible to make a measurement on an object without disturbing the object Albert...
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Quantum Mechanics History
  • Quantum Mechanics History

  • Tentamen (uitwerkingen) • 1 pagina's • 2024
  • Quantum Mechanics History Planck ️Energy is discontinuous, quantum Einstein ️Light is both a wave and particle(Photoelectric effect) Bohr ️Bohr Model of Atom, electrons move in fixed orbits around nucleus, energy levels are quantized DeBroglie ️Matter is both a particle and a wave Heisenberg ️Uncertainty Principle:Can't know both location and velocity of a particle. Schrodinger ️Wave functions, orbitals, and quantum mechanical model
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MTL200 Midterm Exam Questions and Answers
  • MTL200 Midterm Exam Questions and Answers

  • Tentamen (uitwerkingen) • 9 pagina's • 2024
  • MTL200 Midterm Exam Questions and Answers What are the three primary material eras? - ANSWER-Stone Age, Bronze Age, Iron Age What are the four levels of Material Structures? - ANSWER-Subatomic Structures, Atomic Structures, Micro structures, Macro structures What are the three basic materials? - ANSWER-Metals, Ceramics and Polymers Advanced Materials - ANSWER-semiconductors, biomaterials, smart materials, nanomaterials atomic number - ANSWER-the number of protons in the nucleus of an atom,...
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Chemistry Chapter 5 Quantum Mechanics
  • Chemistry Chapter 5 Quantum Mechanics

  • Tentamen (uitwerkingen) • 4 pagina's • 2024
  • Chemistry Chapter 5 Quantum Mechanics Who developed the idea of electron energy levels? Niels Bohr What two conclusions did Bihr come to? 1: an electron can only move a certain distance from the nucleus 2: an electron can only move at a certain speed Schrodinger, Heisinberg, and de Broglie developed a theory th at stated... The motion of an electron is not a definite path. You cannot determine it's position and it's momentum. Space Orbital The highly probable location of an ...
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chem 141 exam 2 MSU Questions with 100% Correct Answers | Verified
  • chem 141 exam 2 MSU Questions with 100% Correct Answers | Verified

  • Tentamen (uitwerkingen) • 5 pagina's • 2024
  • Describe the relationship between the frequency, wavelength, and velocity (speed) of a wave. - AnswerThe more times the wave is passing through a point in space = a higher frequency, the higher frequency creates a smaller wavelength, which is why the smallest wave is a gamma wave, it has the highest frequency and the shortest distance between waves, the velocity can be measured in m/s and is composed of frequency and wavelength Calculate any one (frequency, wavelength, or velocity) given the...
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