Chapter 5/6 Test Review. Know the 4 models of the atom and how each is different from the one before… plum pudding nuclear planetary electron cloud.

Slides:



Advertisements
Similar presentations
Ch. 13 Electrons in Atoms Ch Models of the Atom
Advertisements

Atomic Models Sublevels and Orbitals Arranging Electrons Rules and Laws Potpourri
Electrons & the Periodic Table Review
Lecture 2410/31/05. Recap from last week Every electron has a unique position in atom each electron has unique set of 4 quantum numbers Electrons fill.
Electronic Configuration Pauli exclusion principle – no two electrons in an atom can have the same four quantum numbers.
» 1. What is the atomic number of chlorine? » 2. What is the atomic mass of sodium? » 3. What is the mass number of the most common isotope of Silicon?
ELECTRON CONFIGURATIONS “THE ADDRESSES OF ELEMENTS”
RECAP Schrodinger’s Standing Waves Louis De Broglie developed a theory that matter can have wave-like properties Schrodinger extended this theory to.
POLYELECTRONIC ATOMS PERIODICITY OF ELEMENTS (Part 2; Sec 9-13) Electronic Configurations Periodic Trends.
Arrangement of Electrons
Vocabulary Atomic Structure. anion ___ are negatively charged ions - atoms that take electrons.
Electron Configuration. The way electrons are arranged around the nucleus.
Chapter 5 Notes Electron Models. Evolution of Electron Models The first model of the electron was given by J.J. Thompson—the electron’s discoverer. His.
ELECTRON CONFIGURATION. Electron Configuration  The way electrons are arranged around the nucleus.
Atomic Number Number of Protons. Mass Number Number of Protons + Neutrons.
Chapter 5: Electrons in Atoms. Models of the Atom Rutherford used existing ideas about the atom and proposed an atomic model in which the electrons move.
Electrons, Atoms, and the Periodic Table. ATOM Smallest particle of an element that retains its identity in a chemical reaction VERY SMALL!!! – A pure.
Electron Configuration. Shorthand notation that shows electron arrangement within orbitals Three Rules apply to electron configuration: 1.Pauli exclusion.
Unit 5 Electrons in Atoms Chemistry I Mr. Patel SWHS.
Chemistry, Chapters 3 Unit 2: Atomic Structure and Configuration.
Ch.4 Electrons. Energy as Waves Light (one form of energy) travels through space in a wavelike behavior Other forms of energy also have wave characteristics.
Warm-Up #23 1. Text page 167 #21 List the following in increasing atomic size  Sn, Ag, As, He, Cl List the following in decreasing ionization energy 
Chemistry Chapter 5 Notes #3. Rules Neils Bohr Added on to Planck’s and Einstein’s theories Lowest available energy state of an atom Ground State When.
Aufbau Principle An electron occupies the lowest energy orbital that can receive it.
Chapter 7 Atomic Structure & Periodicity. Electromagnetic Radiation O Waves (wavelength, frequency & speed) O  c (page 342: #39) O Hertz O Max Planck.
Periodic Table – Let’s Sum it Up.. COLUMNSCOLUMNS = FAMILIESFAMILIES ROWS = PERIODS How many periods are there in the table? How many groups or families.
ELECTRONS IN ATOMS.
Unit 3 Modern Atomic Theory Chpt 11 Modern Atomic Theory.
2.06 Electron Configuration Parts I and II. Part I: Bohr Model of the Atom How are electrons arranged in an atom? Bohr: Electrons in definite energy levels.
Electrons in the Atom. Heisenberg Uncertainty Principle This is the theory that states that it is impossible to determine simultaneously both the position.
Chapter 8: Electronic Structure and Periodic Properties.
Review Test Monday April 13 th MC (10 marks) Short answer (37 marks)
Another Look at the Atom Objectives: 1. Distinguish between a continuous spectrum and a line spectrum. 2. State the main idea in Bohr's model of the atom.
Chapter 5: Electrons in Atoms
CHAPTER 5 Electrons in Atoms. Development of Atomic Models Dalton – Remember atomic theory? – Atom considered indivisible Thomson – “plum pudding atom”
Electron Arrangement Review Unit 3. NC Essential Standards Chm Analyze diagrams related to the Bohr model of the hydrogen atom in terms of allowed,
Chapter 13 Review. Atomic Models The first model of the atom showing electrons was developed by JJ Thomson. What did he call his model? The Plum Pudding.
Light and Energy Electromagnetic Radiation is a form of energy that emits wave-like behavior as it travels through space. Examples: Visible Light Microwaves.
The Periodic Table Chapter 5. Dmitri Mendeleev Dmitri Mendeleev developed the periodic table in 1869 Dmitri Mendeleev developed the periodic table in.
POLYELECTRONIC ATOMS PERIODICITY OF ELEMENTS (Part 2; Sec 9-13) Electronic Configurations Periodic Trends.
LargerScientistsUnits e- config 101 Is it possible? Potpourri $ 200 $ 200$200 $ 200 $ 200 $400 $ 400$400 $ 400$400 $600 $ 600$600 $ 600 $ 600 $ 600.
CHM 108 SUROVIEC SPRING 2014 Periodic Properties of the Elements.
Half- LifeWavesImportant People Pauli excludes who? Isotopes or Quantum
SOL Review 2 Atomic Structure And The Periodic Table.
GPS 4 Atomic Theory Review. Match the scientist to the discovery, experiment or model.  Rutherford  Bohr  Heisenberg  Thomson  Mosley  Dalton 
Unit 3 – Atomic Structure. Chapter 3 section 1 Two early thoughts on atomic structure Aristotle Democritus.
Pauli Exclusion Principle  Austrian physicist Wolfgang Pauli stated his exclusion principle in  No two electrons in an atom can have the same set.
Electrons in Atoms.
Electrons in Atoms Up until now, the model of the atom presented considered atoms as combinations of protons & neutrons that make-up the nucleus, which.
Chemistry I Objectives Unit 2 Chapter 4
Chapter 4 Study Guide How to write electron configurations
Electrons In Atoms Where are they?.
Unit 2: Atomic Structure and the Periodic Table
Quantum Theory & Periodicity
Review Big Idea 1.
Chapter 4 Test 20 multiple choice questions. Test will be given Wednesday October 16, 2013.
Electrons in Atoms Chapter 5.
Electron Arrangement.
Electrons in Atoms - continued
Electron Configuration and Periodic Trends
ELECTRONS IN ATOMS.
Modern Quantum Model of Atoms 2.7
Electrons in Atoms Chapter 5
Chapter 5.
Unit 3: The Atom.
A review of the Evolution of the Model of the Atom Chapter 13-1
Practice questions Describe the results in Rutherford´s experiment.
Ch. 13 Electrons in Atoms Ch Models of the Atom
X Chapter 4 Test Review The Atomic Theory.
ELECTRONS IN ATOMS.
Presentation transcript:

Chapter 5/6 Test Review

Know the 4 models of the atom and how each is different from the one before… plum pudding nuclear planetary electron cloud

Know the 4 models of the atom and how each is different from the one before… How is Thomson’s model different from Dalton’s ideas ? How is Rutherford’s model different from Thomson’s model ? How is Bohr’s model different from Rutherford’s model ? How is the modern atomic model different from Bohr’s model ? Why was Rutherford and Bohr’s models “limited” ?

Know these people and what they contributed to atomic theory… DaltonHeisenberg ThomsonMendeleev Rutherford Bohr Schrodinger

Rules for electron configuration and the four blocks on the periodic table… Write electron configurations, valence and noble gas notations for given elements Aufbau principle, Pauli exclusion principle, Hund’s rule S-block, p-block, d-block, and f-block and why they are called this

Understand the following things related to the quantum mechanical model… The role of light Quantas (of energy), ground state, excited state Quantum energy levels Orbitals Schrodinger’s equation and Heisenberg’s uncertainty principle

Describe the difference between the electron cloud model and the quantum mechanical model… What does the quantum mechanical model describe? What is the electron cloud model and what does it look like? Why is there “uncertainty” built into the model?

Understand the role of Mendeleev and the organization of the periodic table… How did Mendeleev originally organize his periodic table? How is the modern periodic table organized? Difference between periods and families? Relationship between family numbers and valence electrons?

Understand the formation of ions and why atoms form ions… stability/noble gas configuration cation formation and resulting charges anion formation and resulting charges

Understand the trends and the cause and effect relationships in the periodic table… atomic radiusacross periods? ionic radiusacross rows? ionization energy electronegativityhow are # protons and # of shielding effectquantum levels related to all of these trends???