Tuesday 9/30 - Electrons and the Structure of the Atom Nuclear Chemistry & Atomic Structure Quiz Corrections. Unit Summary and Test Review. Homework: Study for Chapter 4 & 25 Test.
Wednesday 10/1 - Electrons and the Structure of the Atom TEST: - Atomic Structure, Chpts 4 & 25. Worksheets Due. Homework: READ 5.1. Answer questions 1-7 on page 132.
Chapter 5 - Electrons in Atoms BIG IDEA: Electrons and the Structure of Atoms Essential Questions: 1. How does the quantum mechanical model describe the arrangement of electrons in atoms? 2. What happens when electrons in atoms absorb or release energy?
Thursday 10/3 - Revising the Atomic Model a. What did Bohr propose in his model of the atom? b. What does the quantum mechanical model determine about the electrons in an atom? c. How do sublevels of principal energy levels differ? Assessment: Test Corrections. Notes - Quantum Model of the Atom Homework - Quantum model w/s (Skip #1).
Friday 10/4 - Revising the Atomic Model VIDEO - "Clash of the Titans"
Week 9
Monday 10/6 - Atomic Emission Spectra and Quantum Mechanical Model WARM UP: (a.) NOTES: Quantum Model of the Atom. Go over Quantum model w/s. Correct Test. Homework: READ 5.3. Complete 19-23 on pg 148.
Wednesday 10/8 - Atomic Emission Spectra and the Quantum Mechanical Model
WARM UP: What is the frequency of radiation which has a wavelength of 4.00x 10^-5 cm? In what region of the electromagnetic spectrum is this radiation? (page 141) d. How did Dr. Einstein explain the photo electric effect? INVESTIGATION: Photo Electric Effect NOTES: Quantum Mechanics (slides 8- 13) Homework: Waves and Particles #2, 5, &6. w/s
Friday 10/10 Teacher Planning Day - No School
Week 10
Monday 10/13 - Atomic Emission Spectra and the Quantum Mechanical Model WARM UP - (d.) & What is the energy of a photon of red light with a frequency of 4.30 x 10^14/s? REVIEW: Waves and Particles w/s INVESTIGATION: Flame Tests
Tuesday 10/14 - The Explanation of Atomic Spectra WARM UP - What will happen if ultraviolet light shines on a metal? e. What causes atomic emission spectra? f. How are the frequencies of light emitted by an atom related to changes of electron energies? g. How does quantum mechanics differ from classical mechanics? Finish Flame Test Investigation NOTES: The Bohr Model Homework: Bohr Model w/s
Wednesday 10/15 PSAT testing
Thursday 10/16- Electron Arrangement in Atoms h. What are the three rules for writing the electron configuration of elements? WARM UP: (e.& f. ) REVIEW: Bohr Model w/s NOTES: Electron Configuration (Slides 1-6) Homework: Electron Configuration w/s
Friday 10/17 - Electron Arrangements in Atoms WARM UP: (h.) Homework: Read 5.2 and answer 10-14.
Week 11
Monday 10/20 - Organizing the Elements REVIEW: Electron Configuration w/s
Tuesday 10/21 ASSESSMENT: Chapter 5 QUIZ Homework: READ section 6.1 and answer questions 1-8 on pg 166
Wednesday 10/22 - The Periodic Table ACTIVITY: Rings and Dots
Friday 10/24 - Classifying the Elements WARM UP: Answer key questions a,b,c,&d. "Points on a Graph" e. What information can be displayed in a periodic table? NOTES: Periodic Patterns, slides 7-11. Complete Practice Problems 9 & 10 on page 173. Homework: READ - 6.2 and answer questions 11-17 on pg 173.
Week 12 Monday 10/27 - Periodic Trends WARM UP: Answer key question e. f. How can elements be classified based on electron configuration? g. What are the trends among the elements for atomic size? h. How do ions form? NOTES: Periodic trends, (slides 1-8).
Tuesday 10/28 - Periodic Trends i. What are the trends among the elements for first ionization energy, and ionic size. WARM UP: Answer key questions f & g. NOTES: Ions, slides 15&16. NOTES: Periodic Trends, (slides 9-19) Homework: Stability and Electron Configuration w/s
Wednesday 10/29 - Periodic Trends WARM UP: Answer key questions h. & i. REVIEW: Stability and Electron Configuration w/s Using your textbook and the Periodic trends notes slides 8-19, begin the Periodic Law Lab w/s.
Thursday 10/30 - Periodic Trends ASSESSMENT: Periodic Table Quiz. Name Symbol and atomic number Complete Periodic Law Lab. Homework: Periodic Trends w/s