Atomic+Structure

Associated GPS:
(a) Discriminate between the relative size, charge, and position of protons, neutrons, and electrons in the atom. [SC3-a] (b) Explain the relationship of the proton number to the element’s identity. [SC3-c] (c) Explain the relationship of isotopes to the relative abundance of atoms of a particular element. [SC3-d] (d) Relate light emission and the movement of electrons to element identification. [SC3-F] (e) Use the orbital configuration of neutral atoms to explain its effect on the atom’s chemical properties. [SC3-b]
 * Learning Targets **
 * 1) I can discriminate between the relative size, charge, and position of protons, neutrons, and electrons in the atom.
 * 2) I can explain the relationship of the proton number to the element’s identity.
 * 3) I can explain the relationship of isotopes to the relative abundance of atoms of a particular element.
 * 4)  I can calculate and  describe the characteristics of Electromagnetic waves.

=Vocabulary: The Atomic Structure= Define the following words on a notebook paper. First source for the definitions should be your textbook, then you can google search.
 * 1 || Atom (Democritus’ definition) || 19 || Atomic number ||
 * 2 || Atom (Modern definition) || 20 || Mass number ||
 * 3 || Electron || 21 || Average atomic mass ||
 * 4 || Proton || 22 || Atomic mass unit ||
 * 5 || Neutron || 23 || Equation to calculate velocity of light ||
 * 6 || Energy level / Orbit || 24 || Equation to calculate wavelength ||
 * 7 || Orbital || 25 || Equation to calculate frequency ||
 * 8 || Isotope || 26 || Equation to calculate energy contained in a photon ||
 * 9 || Cathode rays || 27 || Equation to calculate an electron wave or matter wave ||
 * 10 || Emission spectrum || 28 || Equation to calculate # neutrons ||
 * 11 || Absorption spectrum || 29 || Aufbau principle ||
 * 12 || Planck’s constant (Value only) || 30 || Hund’s rule ||
 * 13 || Quantum || 31 || Pauli’s exclusion principle ||
 * 14 || Photon || 32 || Electron configuration ||
 * 15 || Wavelength || 33 || Principal Quantum # ||
 * 16 || Frequency || 34 || Azimathul Quantum # ||
 * 17 || Heisenberg’s uncertainty principle || 35 || Magnetic Quantum # ||
 * 18 || Amplitude || 36 || Spin Quantum # ||


 * Atomic Structure **
 * Click HERE for a video on Introduction to atom. **


 * There are 2 parts in this concept. **
 * (1) Classical Model **
 * (2) Quantum mechanical model **
 * The following presentation will cover both the models. **

media type="file" key="CPPT Atomic Structure.swf" width="429" height="429"

Project: Atom Time Line [Due: 8/31/2015] [[file:CP Atom Time Line.doc]]

 * Create the project on Prezi.com
 * Make sure you don't put any personal information like your full name, name of school, email or phone # etc. Your presentation will be searchable.
 * The first slide should have your first initials and last name (**NOT** FULL NAME)& Mr. Mohammad's Chem Class.
 * Create a page in your wiki and name it "Proj-2 Atom-Time line".
 * Copy and paste the link to your prezi in this page.

Concept Outline:
= Classical Model =
 * 1) Circle map - Brain storming
 * 2) Video ** Introduction to Atom **
 * 3) **Activity:** Describing the unseen
 * 4) Subatomic particles
 * 5) Demo: Cathode rays
 * 6) Thomson’s model
 * 7) Rutherford’s model
 * 8) Atomic #
 * 9) Mass # and # of neutrons
 * 10) Isotopes media type="youtube" key="GsJPxR6IfZI" height="345" width="604" media type="youtube" key="EboWeWmh5Pg" height="383" width="654"
 * WS: Isotopic symbol Notation [[file:CA Isotope and Isotopic symbol-SUHAIL.doc]] ISOTOPIC SYMBOL QUIZ FOLLOWED
 * WS: Atomic Dimensions [[file:atomicdimensions.doc]]
 * 1) Average Atomic Mass [[file:CA AverageAtomicMass-1.doc]] [[file:CA AverageAtomicMass-2.doc]]
 * 2) media type="youtube" key="xth8Id5MMPY" height="390" width="640"
 * 3) Calculating Average Atomic Mass media type="youtube" key="ULRsJYhQmlo" height="343" width="601"
 * 4) ** Quiz: Subatomic Particles ** (**Includes every thing up to this point)**
 * 5) ** Lab-2: Average Atomic mass **
 * 6) Demerits of Rutherford’s model
 * 7) Wave Characteristics and EMR
 * 8) Atomic and Molecular spectra
 * 9) media type="youtube" key="HPcAWNlVl-8" height="390" width="640"
 * WS: Wave Characteristics Practice Problem [[file:CA Wave Characteristics.doc]]
 * 1) ** Quiz: Wave Characteristics **
 * 2) Mini Project (Quiz grade): **Harmful effects of Radio Frequency Radiation** Go over slide # 23-28, then research the harmful effects of Radio frequency [200 words, Have a Title (bold & centered), your name, at least one picture related to effect, References (in APA format) and URL's] Due date 9/02/2015 ** (SCROLL DOWN FOR RUBRIC) **
 * 3) Bohr’s model / Spectrum
 * 4) Excited electrons
 * 5) ** Lab 3: Flame test Due date:9/15/2015 **** (SCROLL DOWN FOR RUBRIC) **
 * 6) ** Pre Test **
 * 7) Test: Atomic Structure

= Quantum Mechanical Model = Bohr's Atom: @http://web.jjay.cuny.edu/~acarpi/NSC/3-atoms.htm
 * 1) Quantum Theory/Dual nature of light
 * 2) media type="youtube" key="Xmq_FJd1oUQ" height="390" width="640"
 * 3) Heisenberg’s Uncertainty principle
 * 4) Dual nature of Electron
 * 5) Introduction to Orbitals & Quantum #s in terms of Splitting of spectral lines
 * 6) Energy levels, types of orbitals and # of electrons (Orbital Table)
 * 7) Worksheet: Quantum numbers
 * 8) Quiz: Quantum numbers || ** Retake **
 * 9) Electron Configuration: Aufbau principle, Pauli’s principle, Hunds Rule, Moeller’s Diagram
 * 10) Writing Electron configuration 01- 54 Xe **CHECK Ur ELECTRON CONFIG Additional Resources to Learn EC**
 * 11) Noble gas notation of electron configuration
 * 12) EC with Orbital Diagrams (Hunds' Rule)
 * 13) Excited States 1, 2, 3 (Will be taught in Chemical Bonding)
 * 14) Exceptions to Cr and Cu like elements (Will be taught in Periodic Classification)
 * 15) Valence Electrons
 * 16) Quiz: Electron Configuration || ** Quiz Retake **
 * 17) EC of Ions (will be taught in Chemical Bonding)
 * 18) Iso electronic (will be taught in Chemical Bonding)
 * 19) ** Test : Quantum Mechanical Model of the atom **

= Rubrics and Answer Keys =
 * Lab Rubric **
 * || **Points obtained** ||
 * Title (5) || 5 ||
 * Authors (5) || 5 ||
 * GPS; Statement & # (5) || 5 ||
 * Abstract (10) || 10 ||
 * Lab Equipment (5) || 5 ||
 * Chemicals (5) || 5 ||
 * Step by step procedure (10) || 10 ||
 * Data Table (10) || 10 ||
 * Showed Frequencies (6) || 6 ||
 * Showed Energies (6) || 6 ||
 * Has correct units (6) || 6 ||
 * Showed calculations (6) || 6 ||
 * Identifies unknown (10) || 10 ||
 * Conclusion (5) || 5 ||
 * Safety precautions (5) || 5 ||
 * Bonus || 1 ||
 * =**Your Grade**= || =**100**= ||

= Project Rubric: = = LEARNING CHECK = [|Quanutm numbers] [|Electron configuration]
 * || **Points obtained** ||
 * Title (5) || 5 ||
 * Authors (5) || 5 ||
 * GPS; Statement & # (5) || 5 ||
 * Content (200 words) (55) || 55 ||
 * Related Picture (10) || 10 ||
 * No Spelling Errors (5) || 5 ||
 * Two or less grammatical Errors (5) || 5 ||
 * Over all look (10) || 10 ||
 * Your Grade || 100 ||

=Quantum #s Check your understanding Ans Key=

ASSESSMENT Click **HERE** for Test: Quantum Mechanical Model