Skip to main content
All Posts By

Scott Mapplebeck

Agenda

By Chemistry In The Earth System
  • Warm-up: What is the difference between static and dynamic equilibrium?
  • Continue Equilibrium notes
  • Demo: Elephant toothpaste
  • Demo: Glowing splint test
  • Read pages 136-141
  • Do CCC (15) page 137, SEP (17) page 139, CCC (19) page 141; due tomorrow

Agenda

By AP Biology
  • Hardy-Weinberg Problem set due Tuesday; examples
  • Continue Chapter 20 summary
  • Hardy-Weinberg Lab due tomorrow Google Classroom
  • Hardy-Weinberg Lab quiz on Monday; know: know functions of commands used in Excel (e.g.s IF, SUM, RAND, CONCATENTATE, etc.), definitions (e.g.s allele frequency, concatenate, null hypothesis, etc.), HW problems
  • Begin Chapter 21

Agenda

By Chemistry In The Earth System
  • Iodine lab post-lab quiz
  • Submit Iodine Lab
  • Reaction rate demos
  • Complete Catalyst and Inhibitor notes
  • Submit CER
  • Notes: Equilibrium
  • Reaction rates and Equilibrium quiz next Thursday (March 21); know: definitions, how the arrow is represented (double), factors that affect equilibrium and reaction rates, difference between static and dynamic, Le Châtelier’s Principle

Agenda

By Chemistry In The Earth System
  • Reaction Rate lab: Iodine Clock; due tomorrow
  • Post-lab quiz on tomorrow; know: what variables are held constant in the experiment, what variables were changed, predict what will happen when the concentration of KIO3 was increased, what was the method of product disposal

Agenda

By AP Biology
  • Complete Chapter 20 summary
  • Hardy-Weinberg lab due Saturday by 7; submit via assignment posting in Google Classroom
  • Hardy-Weinberg Problem set; due Tuesday; solve problems on a separate piece of lined paper or on back of problem set
  • Begin Chapter 21

Agenda

By AP Biology
  • AP Lab: Hardy-Weinberg lab using Excel; last day to work in-class; lab must be submitted via email by 7 pm Saturday
  • Use the Hardy-Weinberg lab in the lab folder section of the website for guidance
  • Your work must be saved on an external source and cannot remain on the computer itself

Agenda

By Chemistry In The Earth System
  • Discuss SEP (14) page 135
  • Complete notes from last day on Activation Energy
  • Read pages 136-141
  • Do CCC (20) page 142
  • CER peer review; CER due tomorrow
  • Notes: Catalysts and Inhibitors
  • Review Enzyme function page 134
  • Do CCC (10) page 131, SEP (12) page 133, SEP (13) page 134; due tomorrow

Agenda

By AP Biology
  • AP Lab: Hardy-Weinberg lab using Excel
  • Use the Hardy-Weinberg lab in the lab folder section of the website for guidance
  • Your work must be saved on an external source and cannot remain on the computer itself

Agenda

By Chemistry In The Earth System
  • Correct SEP (3) page 123, CCC (5) page 125, SEP (6) page 126, and CCC (7) page 127; homework check /2
  • Notes: Factors that Affect Reaction Rates
  • Revisit the investigative Phenomenon CER
  • Notes: Activation Energy
  • Do SEP (14) page 135; due tomorrow