Sunday, September 25, 2016

1st Six Weeks (Week 6) Atoms and Elements


   


6th Grade Honors Six Weeks Exam will be Thursday Sept. 29, 2016
Units to Study
*Density
*Using Physical Properties to Identify  Metals, Nonmetals, & Metalloids
*Physical Vs Chemical changes of matter
*Pure substances and Mixtures

       Pure Substances and Mixtures (Review)
o   How can matter be classified?
§  Elements, compounds, & mixtures.




















Pure Substance s VS. Mixtures

Mixtures

      Atoms and Elements
o   How are atoms and elements related?
§  What are atoms?




·         Atoms and Elements
o   What is an element?
o   How are elements described?
§  What are atomic numbers?







 ·          Atoms and Elements
o   Atomic Structure and Elements
·         Chemical Symbols
o   How are elements described?
§  Chemical Symbols




Monday, September 19, 2016

1st Six Weeks (week 5) Pure Substances and Mixtures

          Pure Substances and Mixtures.
o   How can matter be classified?
§  Elements, compounds, & mixtures.



·         Pure Substances and Mixtures




·         How do pure substances and mixtures compare?
o   What are pure substances?
o   How can elements be classified?
§  How can compounds be classified?


·         How do pure substances and mixtures compare?
o   What are mixtures?
o   How can mixtures be classified?
o   Homogeneous & Heterogeneous
·        

Friday, September 9, 2016

1st Six Weeks (Week 4) Physical and Chemical Changes of Matter








·         Physical & Chemical Changes
o   What are physical and chemical changes of matter?
o   Define Physical Change
§  Identify Physical Changes of matter
o   Define Chemical change
§  Identify Chemical Changes of matter

 
Tuesday:
·         Physical & Chemical Changes
·         Comparing Physical & Chemical Changes
o   Differentiate between physical & chemical changes of matter
o   Identify signs of chemical changes of matter.
·         Law of Conservation of Mass & Energy
o   Describe & discuss the Law of Conservation of Mass & Energy.









The students have this in their interactive journals.
SCIENCE FAIR PROJECT DEADLINES

Name of Scientist: ________________________                                             

Title of Project: _______________________________________________________

SECTION
DUE DATE
SCORE
COMMENTS
Topic
09-13


Purpose
09-16


Hypothesis
09-16


Materials
09-23


Procedure
09-23


Data/Results
10-21


Conclusion
10-26


Students begin with a score of 100% for each component.
Points may be deducted for random problems:
·         -10 for each day the assignment is late
·         -10 for messy/sloppy work
·         -10 for incomplete work
·         -10 for assignment not completed as directed

·         -10 for no name on the assignment

Wednesday, September 7, 2016

1st Six Weeks Mini Assessment


Students will be having their first assessment tomorrow Sept. 8, 2016. 
The assessment will consist of Teks: 6.6A and 6.6B
  1. Students will compare metals, nonmetals, and metalloids using physical properties.
  2.  Students will calculate density to identify unknown substances.
Please remind the students to review their notes in the interactive science notebook.





Friday, September 2, 2016

1st Six Weeks (Week 3) Properties of Matter






PROPER
Regardless of what it is you are doing, there is a proper way to approach and execute the task. There are steps to follow and specific tools you will need in order to complete any project efficiently and skillfully. If you don’t know how to do something, for example install a ceramic backsplash, get as much information as you can from a reliable source so that you do not miss any important steps, use the wrong materials or attempt something outside of your skill set.
PLANNING:
Thoughtful, detailed planning is so important when starting a project. Start by making lists that detail what you want to accomplish (scope of work), who will be involved (the design team and trades), and what will you need to make it all happen (the budget). Be specific and research each category so that very detail has been addressed and nothing has been overlooked.
PREVENTS:
 As the saying goes, “An ounce of prevention is worth a pound of cure.” It is always a good idea to have a Plan B firmly in place so that you are ready to address issues as they arise, and they will!  Establishing a backup plan will prevent costly delays that can occur during renovations.
POOR:
If something is done poorly, why bother. Cutting corners to save money will result in poor workmanship and disappointing results. If you think hiring a professional is expensive, wait till you see how much an amateur costs!
PERFORMANCE:
If you keep focused and stay actively involved with each phase of your project, every member of your team will work together to produce the best possible results.



Density Triangle Video







The students have this in their interactive journals.
Science Fair Project Deadlines

Name of Scientist: ________________________                                             

Title of Project: _______________________________________________________

Section
Due Date
Score
Comments
Topic
09-13


Purpose
09-16


Hypothesis
09-16


Materials
09-23


Procedure
09-23


Data/Results
10-21


Conclusion
10-26


Students begin with a score of 100% for each component.
Points may be deducted for random problems:
·         -10 for each day the assignment is late
·         -10 for messy/sloppy work
·         -10 for incomplete work
·         -10 for assignment not completed as directed

·         -10 for no name on the assignment
·         

1st Six Weeks (Week 3) Properties of Matter






PROPER
Regardless of what it is you are doing, there is a proper way to approach and execute the task. There are steps to follow and specific tools you will need in order to complete any project efficiently and skillfully. If you don’t know how to do something, for example install a ceramic backsplash, get as much information as you can from a reliable source so that you do not miss any important steps, use the wrong materials or attempt something outside of your skill set.
PLANNING:
Thoughtful, detailed planning is so important when starting a project. Start by making lists that detail what you want to accomplish (scope of work), who will be involved (the design team and trades), and what will you need to make it all happen (the budget). Be specific and research each category so that very detail has been addressed and nothing has been overlooked.
PREVENTS:
 As the saying goes, “An ounce of prevention is worth a pound of cure.” It is always a good idea to have a Plan B firmly in place so that you are ready to address issues as they arise, and they will!  Establishing a backup plan will prevent costly delays that can occur during renovations.
POOR:
If something is done poorly, why bother. Cutting corners to save money will result in poor workmanship and disappointing results. If you think hiring a professional is expensive, wait till you see how much an amateur costs!
PERFORMANCE:
If you keep focused and stay actively involved with each phase of your project, every member of your team will work together to produce the best possible results.



Density Triangle Video



Long Division Tutorial




The students have this in their interactive journals.
Science Fair Project Deadlines

Name of Scientist: ________________________                                             

Title of Project: _______________________________________________________

Section
Due Date
Score
Comments
Topic
09-13


Purpose
09-16


Hypothesis
09-16


Materials
09-23


Procedure
09-23


Data/Results
10-21


Conclusion
10-26


Students begin with a score of 100% for each component.
Points may be deducted for random problems:
·         -10 for each day the assignment is late
·         -10 for messy/sloppy work
·         -10 for incomplete work
·         -10 for assignment not completed as directed

·         -10 for no name on the assignment
·