Mon 2/20 – No School
Tues 2/21- Continue Newton’s Laws Notes
Wed 2/33 – Finish Newton’s Laws Notes
Thurs 2/24 – Dynamic Homework Problems
Fri 2/25 – Complete Dynamic Homework Problems
(4) Science concepts. The student knows and applies the laws governing motion in a variety of situations. The student is expected to:
(A) generate and interpret graphs and charts describing different types of motion, including the use of real-time technology such as motion detectors or photogates;
(B) describe and analyze motion in one dimension using equations with the concepts of distance, displacement, speed, average velocity, instantaneous velocity, and acceleration;
(C) analyze and describe accelerated motion in two dimensions using equations, including projectile and circular examples;
(D) calculate the effect of forces on objects, including the law of inertia, the relationship between force and acceleration, and the nature of force pairs between objects;
(E) develop and interpret free-body force diagrams; and
(F) identify and describe motion relative to different frames of reference.
Mon 2/20 – No School
Tues 2/21- Continue Newton’s Laws Notes
Wed 2/33 – Finish Newton’s Laws Notes
Thurs 2/24 – Dynamic Homework Problems
Fri 2/25 – Complete Dynamic Homework Problems
Mon 2/6 : Discuss Bullseye Lab – Finish evaluation questions and turn in
Tues 2/7 : Review – Projectile Motion
Wed 2/8 : Test : Projectile Motion
Thurs 2/9 : Introduction to Newtons Laws
Fri 2/10 – Science of NFL football : Newton’s Laws
Mon 1/16 – No School
Tues 1/17 – Videos – Projectile Motion examples 1-3
Wed 1/18 – Projectile motion web simulation lab
Thurs 1/19 – Lab : Take it to the field Day 1
Fri 1/20 – Inauguration day – discuss issues involving science for new president
Mon 1/9 – Notes : Projectile Motion – ( Practice problems )
Tues 1/10 – Videos : Projectile Motion examples 1-3
Wed 1/11 – Homework Problems – Projectile Motion
Thurs 1/12 – Continue working Projectile Motion homework problems
Fri 1/13 – Projectile Motion Lab : Sim – Web lab
Mon 1/2 – Notes – Projectile Motion – What is a projectile – Horizontal Motion
Tues 1/3 – Notes – Projectile Motion – Vertical Motion – Snowmobile example
Wed 1/4 – Notes – Projectile Motion – Airplane example – Horizontal and Vertical Displacement
Thurs 1/5 – Notes – Projectile Motion – Examples an practice problems
Fri 1/6 – Videos – Projectile Motion Examples ( 1-3 )
For detailed lesson plans on these two topics please click the following links : Kinematics or Vectors
Mon 10/31 : Go over Kinematics Homework and Review for Test
Tues 11/1 : Test – Kinematics ( Linear Motion / Scalar vs Vectors / Graphing Linear Motion )
Wed 11/2 : Will not meet – 1/2 day
Thurs 11/3 : Introduce Vectors
Fri 11/4 : Catch up and Review / Reteach
For detailed Lesson Plans click the following link : Kinematics
Mon 10/24 : Complete Linear Motion Homework Problems
Tues 10/25 : Free Fall Field investigation – Lab
Wed 10/26 : Continue Free Fall Field investigation – Lab
Thurs 10/27 : Finish Free Fall Field Lab Investigation
Fri 10/28 : Review Linear Motion / Graphing / Scalars and Vectors : Go over Linear Motion Homework Problems
Test is Monday
For detailed lesson plans click the following link : Kinematics
Mon 10/17 – Complete Lab – Acceleration of a ball on an incline
Tues 10/18 – The law of falling bodies video and questions
Wed 10/19 – Linear Motion Homework Problems
Thurs 10/20 – Linear Motion Homework Problems – Continue
Fri 10/21 – NO SCHOOOL
For detailed lesson plans click the following link : Kinematics
Mon 10/3 – Sim Lab : Plato Lab – Walking Man
Tues 10/4 – Finish Sim Lab : Plato Lab – Walking Man
Wed 10/5 – Graphing Quiz
Thurs 10/6 – Notes : Linear motion ( Types of motion / Kinematics )
Fri 10/7 – Notes : Linear motion ( Graphing review / Examples )
For detailed lesson plans click on the following link : Kinematics
Mon 9/26 – Notes : Reading graphs : 3 types of graphs / Velocity Graphs
Tues 9/27 – Notes : Reading graphs : Examples / Area under a graph to determine displacement
Wed 9/28 – Interpreting graphs video assignement
Thurs 9/29 – Distance – time graphs Lab Begin
Fri 9/30 – Distance – time graphs Lab continue