This is the daily classroom agenda for Paxton Center School Grade 7 Science. Lesson plans, homework, and other relevant information will be posted here each class.
Hi Ho to Mars we Go Make-ups
Review Instructions
Open the attached word document
Add a Heading and title
Team member names (1 per line)
Date
Class
Teacher
Title (centered: Chapter 11 Lesson1 Review
Number all responses.
Copy or TTQA Each Question
Discuss and respond as a group.
Skip 1 line between each question.
Use your notes and the chapter to answer each question.
Work with friends if you like.
Open the attached word document
Add a Heading and title
Team member names (1 per line)
Date
Class
Teacher
Title (centered: Chapter 11 Lesson1 Review
Number all responses.
Copy or TTQA Each Question
Discuss and respond as a group.
Skip 1 line between each question.
Use your notes and the chapter to answer each question.
Work with friends if you like.
Use the article handed to you in class as a source of information to answer the questions on this worksheet.
Answer each question in complete sentences except defining vocabulary.
Answer thoroughly with supporting quotes if appropriate.
You will use your work as notes on a short comprehension quiz on Monday.
Tier 1 unless you are cleared for Tier II
particles activity and analyzing matter
start Ch11 Lesson 1 Review 0n P. 385.
COMPLETE LESSON 1 REVIEW ON P. 385
COMPLETE LESSON 1 REVIEW ON P. 385
COMPLETE THE GRAPHIC ORGANIZER ACTIVITY IN GC
COMPLETE LESSON 1 REVIEW ON P. 385
Quiz Thursday
Displacement - a method of determining volume by measuring the amount of fluid displaced (moved out of place) when the object is submerged in it.
Used of objects that have irregular shape and cannot be calculated using geometric formulas.
Calculated: Vobject = Vfinal - Vinitial
Vo = Vf - Vi
Lab Method
Start with a graduated cylinder.
Fill it with enough water to cover the object
do not put the object in yet!
measure the volume of water very carefully
put in the object
remeasure the volume of the water and the object.
calculate in FDSS format using the formula above.
Volume - how much space an object takes up
Rectangular solids formula: V = L x W x H
Example
Calculation Practice:
Assign Lab Station
As team:
measure length, width, height and calculate volume of block.
Measure Mass - calculate density of block
return block and repeat with a new sample.
Matter - anything that has mass and takes up space
made of atoms
all solids, liquids and gasses are made of matter
Material - Matter with homogenous properties that a something is or can be made of.
homogeneous - the same everywhere
properties - observable qualities or characteristics
Examples of observable properties
Examples of materials:
Density (a property of materials) - how tightly packed the matter in a material is.
How can we test/calculate/measure it?
formula
example
Volume - how much space an object takes up
Rectagular solids formula: V = L x W x H
Example
Assign Lab Station
As team:
measure length, width, height and calculate volume of block.
Measure Mass - calculate density of block
return block and repeat with a new sample.
Open your notes from Friday in google Classroom please.
Complete the first three density problems (passed out) in FDSS format.
Neat work
Proper heading at the top
In your notebook - ready to pass in tomorrow.
Grades in for 1st two assignments - email and notes
Please make up missing work ASAP - see board
Matter - anything that has mass and takes up space
made of atoms
all solids, liquids and gasses are made of matter
Material - Matter with homogenous properties that a something is or can be made of.
homogeneous - the same everywhere
properties - observable qualities or characteristics
Examples of observable properties
Examples of materials:
Density (a property of materials) - how tightly packed the matter in a material is.
How can we test/calculate/measure it?
formula
example
Volume - how much space an object takes up
Rectagular solids formula: V = L x W x H
Example
Assign Lab Station
As team:
measure length, width, height and calculate volume of block.
Measure Mass - calculate density of block
return block and repeat with a new sample.
