Bellringer Notes 11/14/2016 – 01/27/2017
Bellringer 11/14/2016
Identify if these are Biotic or Abiotic factors:
Plants (B)
Sunlight (A)
Soil (A) Temperature (A) Fungi (B) Water (A)
Air (A) Predator (B)
Identify if these are Autotrophs or Heterotrophs:
Trees (A)
Mushroom (H) Bacteria (H) Algae (A) Phytoplankton (A) Zooplankton (H)
Bellringer 11/15/2016
Bellringer 11/16/2016
Bellringer Test Today
Check your Science Journals for any questions on daily bellringers.
Bellringer 11/17/2016
Science CBA Today
Bellringer 11/18/2016
Bellringer 11/28/2016
Bellringer 11/29/2016
Bellringer 11/30/2016
December 01, 2016 Bell Ringer:
Bellringer 12/02/2016
Bellringer 12/05/2016
No Bellringer today………
Instead a quick video discussing the NRMS HOUR of CODE opportunity this Thursday, 12/08/2016 from 4 to 5pm.
Bellringer 12/06/2016
Test on the Periodic Table, Chemical Equations and Chemical Reactions today.
Bellringer 12/07/2016
Bellringer 12/08/2016
Use the card sort to correctly place each card. When finished copy into your ISJ.
Bellringer 12/09/2016
Draw these 3 Distance/Time Graphs.
Write a situation in your ISJ that would fit each graph.
Bellringer 12/12/2016
Copy these in your Science Journal and state the amount and direction of the net force:
Bellringer 12/13/2016
Pick up a ½ sheet and describe the motion of the five distance/time graphs.
12/14/2016
Pick up the ½ sheet with the “Bouncing Ball” diagram.
Describe the energy changes seen in each of these pictures.
1. A falling ball transfers GRAVITATIONAL POTENTIAL ENERGY into KINETIC ENERGY.
2. When the ball hits the ground, the KE is transferred into ELASTIC POTENTIAL ENERGY.
3. As the shape is restored, the EPE changes back into KE.
4. As the ball gets higher in the air, KE is transferred back into GPE
12/15/2016 & 12/16/2016
No Bellringer
Test today
Potential/Kinetic Energy
Energy Transformation
Speed Calculation and Graphing
Balanced/Unbalanced Forces
Bellringer 1/4/2017
What was your favorite Christmas or New Years Break Activity?
Bellringer 01/05/2017
Pick up the ½ sheet on Force and Motion.
Complete, THEN glue into your Science Journal.
Bellringer 01/05/2017
Pick up the ½ sheet on Force and Motion.
Complete, THEN glue into your Science Journal.
Bellringer 01/06/2017
Pick up the ½ sheet on Speed, Velocity and Acceleration.
Complete, THEN glue into your Science Journal.
Bellringer 01/09/2017
Draw the following graphs and describe the SPEED/MOTION of each.
Bellringer 01/11/2017
Pick up the ½ sheet of the Distance/Time graph. Complete then glue into your ISJ. INCLUDE AVERAGE SPEED
DURING EACH PART OF THE TRIP IN METERS/MINUTE.
Bellringer 01/12/2017
Observe the object on your desk. Spin it counterclockwise three times, what happens? Now spin it clockwise
three times, what happens?
WHY?
Bellringer 01/13/2017
Bellringer 01/17/2017
Pick up a ½ sheet on Newton’s 2nd Law. Complete THEN glue into your ISJ.
Bellringer 01/18/2017
Pick up a ½ sheet on Force, Mass and Acceleration. Complete THEN glue into your ISJ.
Bellringer 01/19/2017
Pick up a ½ sheet on Speed, Velocity and Acceleration. Complete THEN glue into your ISJ.
Bellringer 01/20/2017
Test today…….
Speed, Velocity Acceleration and
Newton’s 3 Laws of Motion
BellRinger 01/23/2017
Bellringer 01/24/2017
What grade do you plan to achieve for:
1. The 4th six weeks grading period?
2. The 2nd semester?
How do you plan on accomplishing these goals?
Bellringer 01/25/2017
Rewind your Brain………………………….
Name the 3 subatomic particles that make up an atom?
Where are they located?
What are their electrical charges?
Sketch a picture of an atom in your ISJ.
Bellringer 01/26/2017
Provide 3 pieces of evidence why Alfred Wegener developed his theory of Continental Drift.
1. Shapes of the continents fit together like pieces of a jigsaw puzzle.
2. The geology and age of mountain ranges on different continents are a perfect match.
3. Matching plant and animal fossils occur in Africa, South America and other continents.
4. Large coal, oil and gas deposits are located in both the Arctic and Antarctica (these were once tropical)
5. Glacial striations (scratches) in rock formations found in tropical climates.
Bellringer 01/27/2017
Pick up the ½ sheet, COMPLETE, THEN glue into your ISJ.