Homeroom:
No cellphones after 8:25 (the pledge)
Turned off and stored.
PJ Day fundrasier Tomorrow
Please continue to reliably social distance and use mask protocols
Morning tasks
Check your district email. Respond to teachers.
Upcoming Assignments:
Science
G&L Final Test Wed. Dec 1.
Study daily for 10-15 minutes
Spanish
Duolingo
ELA:
Study for Poetry terms quiz today
You have a study guide and flashcards
Sci-Tech
What’s your Niche?
Due before class today.
Math
IXL
Civics
Study Guides and Review Games for assessment tomorrow.
Do Now:
OPEN YOUR AGENDA AND COPY THE HOMEWORK PLEASE.
Homework:
Bring all flashcards to school tomorrow. 100% please.
Complete today’s notes on “Thermal Energy, Temperature and Heat” as assigned during class.
See the lesson below for details.
G&L Final Test - Wednesday, Dec. 1st
G&L Flashcards collection and grading - Thursday, Dec. 2nd
Today’s Lesson:
Pass back and go over g&L week 10 Quiz
Review Thermometer Lab
Lab Worksheet
Review observations
Review Questions
diagram and explaining it
Collect.
Review of MobyMax Notes
Class Notes - Thermal Energy, Temperature and Heat
SLANT
Energy - causes change to matter
KE - energy due to motion
PE - Stored energy due to position of two objects that interact
Substances have energy contained in their particles (atoms)
The Kinetic Theory of Matter states that all particles in all states of matter are in constant motion.
Atoms have different arrangements and motion based on:
Temperature
State of matter
Now add to your notes with some independent research:
Use the following website PHET States of Matter Basics
Research and draw diagrams of particles in the three states of matter.
Draw all three states separately.
Do this in your notebook.
add notes or labels to describe the
Particle arrangement.
Particle motion.
I suggest you the following phrases to label your drawings. (Some phrases mabe used more than once.)
particles vibrate in place
particles move around freely
particles keep a regular shape and arrangement
particles slide over and around one another
particles spread out near the bottom of their container
particle vibrate while they move about
particles fill the entire container