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Submit pHet lab sheet
Specific Heat problem set due tomorrow
Computer simulation: Thermal difference between substances with different specific heats
Computer simulation: does heat flow faster through a hotter source?
Laws of Thermodynamics simulations
Notes: Heat of vaporization and fusion
Submit your hardcopy of the historical timeline for the discovery of DNA
Transformation lab Day 1
Submit Model Energy Conservation sheet
PhET activity sheet due tomorrow
Notes: Heat Capacity
Heat Capacity Problem set: do all problems on a separate piece of paper showing units and all work. Box in final answers
Complete Chapter 13
Begin Chapter 14
Create a historical timeline for the discovery of DNA (starting with T.H. Morgan and ending with Meselson and Stahl); due tomorrow; submission must be typed and printed
Modeling: Energy Transfer and Conservation w.s.;
Pair/share: discuss your model from your w.s. with your seat partner; what are the limitations? Model sheet due tomorrow
Discuss SEP (7) page 40
PhET simulation: Energy forms and changes; complete activity sheet; due Wednesday
Correct CCC (1) & SEP (2) page 35; SEP (4) page 37
Notes: Laws of Thermodynamics
Modeling: Energy Transfer and Conservation w.s.; due in class
Pair/share: discuss your model from your w.s. with your seat partner; what are the limitations?
Do SEP (7) page 40; discuss
Bring Chromebooks or computers next week on Monday for pHet activity
Continue Chapter 13
Create a historical timeline for the discovery of DNA (starting with T.H. Morgan and ending with Meselson and Stahl); due Tuesday January 27th
Chapter 13 summary
Create a historical timeline for the discovery of DNA (starting with T.H. Morgan and ending with Meselson and Stahl); due Tuesday January 27th
Complete reading from yesterday (10 minutes)
Authentic Reading assignment due
Notes: Kinetic energy
Read 35-38
Do CCC (1) & SEP (2) page 35; SEP (4) page 37; due tomorrow
Semester 2 timeline
Discuss upcoming labs
Begin Chapter 13 summary