1. Turn in homework. Review questions in class
2. begin notes with exergonic reactions
3. Review homework questions as they come up
Done with "What drives reactions: Entropy"
3rd Period
1. Turn in homework
2. begin with endergonic reactions
3. Review homework questions as they come up
done with factors affecting entropy
4th Period
1. begin with eukaryotes.
2. assign homework
done with structure: euchromation
5th Period
1. Begin with eukaryotes
2. assign homework
done with structure: Euchromatin
6th Period
1. Begin with methylation of cytosine
2. Assign homework
done with body sequence
2. Questions 11,12,13 on page 230
Problems 41,42,45 on page 233 and 234
1. begin with what impacts entropy
2. Preview Count by Weight Lab
3rd Period:
1. begin with review of what impacts entropy, then example 1
2. Preview count by weight lab
Done with all
4th Period: begin with structure promotor
done with genetic tool box
5th Period: begin with structure promotor
done with body sequence
6th Period: begin with control genes
done with done with homeobox genes
Question 15 on page 231
Problems 50,53,55 on page 234
1. begin with what impacts entropy
2. Preview Count by Weight Lab
3. Task homework
3rd Period:
1. Counting by weight lab
Homework: Read pages 719-732. Do questions on page 732 as homework.
done with mutagens
5th period: 1. begin with control genes
done with mutagens
6th period: begin with mutations
done with chromosome mutation: copy errors
2. review for concept test
1. Turn in homwork.
2. complete count by weight lab
3. Read pages 733-737. Complete questions on page 737. Turn them in tomorrow.
3rd Period
1. Turn in homwork.
2. Measuring energy
3. Photosynthesis
4. Read pages 733-737. Complete questions on page 737. Turn them in tomorrow.
1. Chromosome Mutations.
2. Hereditary Traits lab prep
3. Read pages 209 - 214. Do questions on page 214 as homework.
5th Period:
1. Chromosome Mutations.
2. Hereditary Traits lab prep
3. Read pages 209 - 214. Do questions on page 214 as homework.
6th: Period:
1. Gene Mutations
2. Hereditary Traits lab prep
3. Read pages 209 - 214. Do questions on page 214 as homework.
1st Period: begin with calorimetry. Test review Monday, test Tuesday
3rd: Test review. Use notes and study guide
2. Do lab
2. begin with what is torque
3rd Period:
1. Cover schedule and assignments for new chapter
2. Cover electronegativity and bond character
3. Define bond energy
done with electrical potential, need to begin with electronegativity
2. Use problems 3,4,5,6,9 to cover problem analysis
3. Students solve problems 1,2,7 on pages 265 and 266
1. Cover schedule and assignments for new chapter
2. Cover electronegativity and bond character
3. Define bond energy
done with bond character
3rd Period:
1. begin with electronegativity
2. bond character
3. Bond energy
done with bond energy
For both
1. homework read pages 301-314. Answer questions on page 314 as homework
2. Progress reports
1. cover schedule and assignments
2. begin with abiogenesis/biogenesis
4th Period: done with pasteur
5th Period: done with pasteur
6th Period: done with pasteur
6th: Period: do handwritten notes, too much of a disconnect between class and their attention
1. Turn in homework. Review homework.
1st Period
1. begin with bond energy
done with covalent bonds
2nd Period
1. begin with bond types: ionic
done with covalent
1. Read pages 261-263. Do quesitons on page 263 as homework
2. begin with formation of earth
4th period: done with geosphere
5th period: done with planets form
6th period: done with c14 dating
1st Period: start with polar bond
done through spectroscopy
3rd period: start with polar bond
done through spectroscopy
4th: begin with aquasphere
done with 14c
5th: begin with geosphere
done with four requirements of life
6th: Quick review of dating and then begin requirements of life
done with coacervates
2. Class members present examples after reading,draw diagram, lead discussion
3. define COG
4. Use examples 7 and 8. Link 8 to NASCAR
****need to cover both equilibrium and COG
at end of class
Questions 10 and 13 on page264
Problems 11,12,14,and 22 on pages 266 to 268
2. Introduce VSEPR
1st Period: done through repulsive forces
3rd Period: done through repulsive forces
1; begin with requirements of life
2. Read pages 264 to 268. Do questions on page 268 as homework.
done with RNA formation
5th Period:
1. begin with Miller and Urey
2. Read pages 264 to 268. Do questions on page 268 as homework.
done with riboswitches
6th Period:
1. Review 4 requirements of life, link to miller etc.
2. Fatty acid membranes
3. Read pages 264 to 268. Do questions on page 268 as homework.
done with o2 production
Questions 6,7,10, 12, and 13 on page264
Problems 11,12,14,and 22 on pages 266 to 268
done through prob 11
2. Start second law
1. begin with linear, draw chart on overhead
2. Homework: read pages 315-333. Answer questions 1-4 on page 333 as homework.
3. Prep for % Carbon Lab (postpone lab)
Done with Polarity
3rd Period:
1, begin with with linear and draw chart on overhead
2. Homework: read pages 315-333. Answer questions 1-4 on page 333 as homework.
3. Prep for % Carbon Lab (postpone lab)
Done with polarity
Begin with prokaryotes
2. Review chapter, use outlien
2. Grading of reports
2. How graded
Problems 46,55,58,and 59 on pages270 and 271
Jennifer Winston
Winnfield Harrison
Megan Hall
Bob Beville
3rd: Taylor Matthews
Harry Squire
Jordan Burns
Paul Bishai
Chris Anderson
Katelyn Malone
Blake Bowen
5th: Jennifer Novsak
Clint Brockwell
MacKenzie Blackwell
Alex Barnes
Mark Yeattes
6th: Trey Tanner
Stephanie Hall
Zack Gibson
Kaylin Blackwell
Crystal Waskey
Laura Jo Bray
Kathryn Sykes
Emily Hightower
Murphy Owen
3rd Period
Meredith Dix
Caitlyn Bersch
Abbey Owen
Lindsay Clarke
Chelsea Jarratt
Morgan Clary
Corey Clark
Anand Patel
5th Period
Nick Belmonte
Alex Short
Adam Clary
Taylor Morgan
6th Period
John Dunn
Chelsea Whitman
Henry Harrison
Loren Propst
Katherine Lynch
Zach Smith
Heather Walsh
3rd: Kelsey Smith
Steven House
Arlie Moore
Copeland Rusterholz
Richard Powell
Matthew Robinson
5th: Ben Helms
Kayla Jones
Katie Quinn
Andrew Thompson
6th: Haley Inge
Eric Moseley
Karen Tirelis