Parachute Investigation

DoNow: An object is falling through the air. Draw the FBD for the object; Write Net Force equation that describes the motion; Identify assumptions you made; and the acceleration of the object.

AIM: I can describe what makes a good claim statement and what makes evidence that supports the claim statement better.

Activities:
- Tableshare Preview Notes: Ch 7 & 8; Headin' Home HW
- Submit Newton's Magazine Ad SpA
- Paratrooper Challenge Experience & CER Paragraph

Homework:
Complete Paratrooper Challenge; Preview Notes: Ch 7 & 8; Headin' Home HW; ...think about Work

Coming Up:
Claim Evidence & Reasoning Style Writing
Work, Energy & Power
Paratrooper Challenge Drop, Mon., 02Nov15
Paratrooper Challenge & CER, Due: Tue., 03Nov15
Work Energy & Power Test: TBA

Newton's Huge TEST

DoNow: What are the equations used for Newton's Laws?

AIM: I will show that I know Newton's Laws.

Activities:
- Submit B Nye Gravity; Friction; Spinning Things BONUS
- Submit Childs Play HW; Newton's Law Phenomenon WS; What do you think about Newton's Laws?
- Tableshare Headin' Home HW; Newton's Magazine Ad SpA
- T.E.S.T Taking Formation

Top Performers and Class Averages

Period	Class Average	Top Performer
1st	61.4%	Wilson
3rd	59.1%	Jacky

*perfect score*

- What do you think about Energy & Power?
- Preview Notes: Ch 7 & 8 Work, Energy & Conservation Laws
- Intro to Paratrooper Challenge (Parachute History)

Homework:
Prepare for Paratrooper Challenge; Complete  Preview Notes: Ch 7 & 8; Headin' Home HW; Newton's Magazine Ad SpA; ...think about Work

Coming Up:
Work, Energy & Power
Claim Evidence & Reasoning Style Writing
Newton's Magazine Ad SpA, Due: Fri., 30Oct15
Paratrooper Challenge, Drop: Fri., 30Oct15
Work Energy & Power Test: TBA

Force Wrap-Up

DoNow: What clarification do you need to further understand the FBD, net centripetal force equations or solving for an unknown value in a vertical rotating mass system?

AIM:  I can identify and describe similarities with all Newton's Laws problem set-up and solutions.

Activities:
- Submit Going in Circles HW
- Peer Share & Submit Atwood's Machine Experience
- Tableshare Childs Play HW; Newton's Magazine Ad SpA; ...Phenomenon WS; ...think about Newton's Laws?
- Ranking 24 & 36
- Whiteboard Review: Applying Newton's Laws
- AP Problem 1998 Q1 & A1
- Headin' Home HW

Homework:
Complete Headin' Home HW; Childs Play HW; Newton's Magazine Ad SpA; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

The HUGE Force TEST
BONUS - B Nye: Gravity (1) (2) (3) (25-word x4), Collected Only on: Block., 28Oct15
BONUS - B Nye: Friction (1) (2) (3) (25-word x4), Collected Only on: Block., 28Oct15
BONUS - B Nye: Spinning Things (1) (2) (3) (25-words x4), Collected Only on: Block., 28Oct15

Newton's Magazine Ad SpA, Due: Fri., 30Oct15
Newton's Laws Test, Block, 28Oct15

Force Practice

DoNow: What clarification do you need to further understand the FBD, net centripetal force equations or solving for an unknown value in a vertical rotating mass system?

AIM: I can describe the FBD and direction of forces acting on vertical loop type problems. I can describe how to write the net force equation for objects moving in a circle.

Activities:
- Submit Taking a Turn HW; Ch 6: CQ19, CQ21, CE11, CE13, CE15
- Tableshare Going in Circles HW; Atwood's Machine Experience; Newton's Magazine Ad SpA; ...Phenomenon WS; ...think about Newton's Laws?
- AP Physics B 2001 Q1 & A1
- Ranking 30 & 37
- Childs Play HW

Homework:
Complete Childs Play HW; Going in Circles HW; Atwood's Machine Experience; Newton's Magazine Ad SpA; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Force Wrap-Up
BONUS - B Nye: Gravity (1) (2) (3) (25-word x4), Collected Only on: Block., 28Oct15
BONUS - B Nye: Friction (1) (2) (3) (25-word x4), Collected Only on: Block., 28Oct15
BONUS - B Nye: Spinning Things (1) (2) (3) (25-words x4), Collected Only on: Block., 28Oct15

Atwood's Machine Experience, Due: Tue., 27Oct15
Newton's Magazine Ad SpA, Due: Fri., 30Oct15
Newton's Laws Test, Block, 28Oct15

Spring Force

DoNow: What clarification do you need to further understand the FBD, net centripetal force equations or solving for an unknown value in a horizontal rotating mass system?

AIM: I can describe the FBD and direction of forces acting on vertical loop type problems. I can describe how to write the net force equation for objects moving in a circle. I can describe the relationship between force and the amount a spring is moved from equilibrium and the spring constant.

Activities:
- Submit Too Mas Blocks HW; Reading Notes Ch 6-5: CQ9, CQ11, CQ13, CE14
- Tableshare Atwood's Machine Experience; Newton's Magazine Ad SpA; Taking a Turn HW; Ch 6: CQ19, CQ21, CE11, CE13, CE15; ...Phenomenon WS; ...think about Newton's Laws?
- Whiteboard Ball of Death Problem
- AP 2007 Q1 A1
- Spring Force (notes)
- Whiteboard Review: Net Force and Gravity
- Going in Circles HW

Homework:
Complete Going in Circles HW; Atwood's Machine Experience; Newton's Magazine Ad SpA; Taking a Turn HW; Ch 6: CQ19, CQ21, CE11, CE13, CE15; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:
Force Practice
BONUS - B Nye: Gravity (1) (2) (3) (25-word x4), Collected Only on: Block., 28Oct15
BONUS - B Nye: Friction (1) (2) (3) (25-word x4), Collected Only on: Block., 28Oct15
BONUS - B Nye: Spinning Things (1) (2) (3) (25-words x4), Collected Only on: Block., 28Oct15

Atwood's Machine Experience, Due: Tue., 27Oct15
Newton's Magazine Ad SpA, Due: Fri., 30Oct15
Newton's Laws Test, Block, 28Oct15

Circular Motion

DoNow: What clarification do you need to further understand the FBD, net centripetal force equations or solving for an unknown value for a rotating mass system?

AIM: I can identify and describe the centripetal net force of a rotating system. I can describe how to derive useful equations from the net force equations applying to rotating systems.

Activities:
- Submit In the Woods HW; Reading Notes Ch 6-3 to 6-4: CQ10, CQ15, CQ17
- Peer Share & Submit Friction is f uN Lab
- Tableshare Atwood's Machine Experience; Too Mas Blocks HW; Reading Notes Ch 6-5: CQ9, CQ11, CQ13, CE14; ...Phenomenon WS; ...think about Newton's Laws?
- Whiteboard Circular Motion Racecar Problem
- Circular Motion (notes)
- Ranking 27&14, Ranking 22&25
- AP Physics 2000 Q2 & A2
- Newton's Magazine Ad SpA
- Ch 6: CQ19, CQ21, CE11, CE13, CE15
- Taking a Turn HW

Homework:
Complete Newton's Magazine Ad SpA; Taking a Turn HW; Ch 6: CQ10, CQ15, CQ17; Too Mas Blocks HW; Reading Notes Ch 6-5: CQ9, CQ11, CQ13, CE14; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Spring Force
Atwood's Machine Experience, Due: Tue., 27Oct15
Newton's Magazine Ad SpA, Due: Fri., 30Oct15
Newton's Laws Test, Block, 28Oct15

Force and Rotation

DoNow: What clarification do you need to further understand the effect a pulley has on the FBD; net force equations; or solving for an unknown value in the system?

AIM: I can describe how to derive useful equations from the net force equations. I can describe the direction of velocity and acceleration or force when an object changes direction.

Activities:
- Submit At the Woods HW; Reading Notes Ch 6-2: CQ1, CQ7, CE1, CE3, CE9
- Tableshare Friction is f uN Lab; Atwood's Machine Experience; In the Woods HW; Reading Notes Ch 6-3 to 6-4: CQ10, CQ15, CQ17; ...Phenomenon WS; ...think about Newton's Laws?
- Atwood's Machine Experience
- Whiteboard Atwood Mass Problem
- Circular Motion & Force Demo (notes)
- Too Mas Blocks HW

- Reading Notes Ch 6-5: CQ9, CQ11, CQ13, CE14

Homework:
Complete Too Mas Blocks HW; Reading Notes Ch 6-5: CQ9, CQ11, CQ13, CE14; In the Woods HW; Reading Notes Ch 6-3 to 6-4: CQ10, CQ15, CQ17; Friction is f uN Lab; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Circular Motion
Friction is f uN Lab, Due: Block, 21Oct15
Atwood's Machine Experience, Due: Tue., 27Oct15
Newton's Laws Test, Block, 28Oct15

Atwood's Experience

DoNow: What clarification do you need to further understand the support force or apparent weight force under a positive or negative acceleration situation.

AIM: I can describe how to draw FBD's and net force equations to objects connected to massless strings and massless-frictionless pulley systems.

Activities:
- Submit I'm Floating HW; Reading Notes Ch 6-1: CQ3, CQ5, CE5, CE7
- Tableshare Friction is f uN Lab; At the Woods HW; Reading Notes Ch 6-2: CQ1, CQ7, CE1, CE3, CE9; ...Phenomenon WS; ...think about Newton's Laws?
- Atwood's Machine Experience
- Reading Notes Ch 6-3 to 6-4: CQ10, CQ15, CQ17
- In the Woods HW

Homework:
Complete In the Woods HW; Reading Notes Ch 6-3 to 6-4: CQ10, CQ15, CQ17; At the Woods HW; Reading Notes Ch 6-2: CQ1, CQ7, CE1, CE3, CE9; Friction is f uN Lab; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Force During Rotation
Friction is f uN Lab, Due: Block, 21Oct15
Atwood's Machine Experience, Due: Tue., 27Oct15
Newton's Laws Test, Block, 28Oct15

Multi-Body Systems

DoNow: What clarification do you need to further understand the resisting force of friction?

AIM: I can describe the effect a pulley has on the magnitude and direction forces and motion of all objects connected to each other with a string, rope, chain, cable, etc.

Activities:

- Submit Pushing & Pulling HW; Reading Notes Ch 5-6 to 5-7: CQ19, CQ21, CQ25, CE11
- Tableshare Friction is f uN Lab; I'm Floating HW; Reading Notes Ch 6-1: CQ3, CQ5, CE5, CE7; ...Phenomenon WS; ...think about Newton's Laws?
- Whiteboard Multi-Body Pulley Problem
- Reading Notes Ch 6-2: CQ1, CQ7, CE1, CE3, CE9
- At the Woods HW

Homework:
Complete At the Woods HW; Reading Notes Ch 6-2: CQ1, CQ7, CE1, CE3, CE9; I'm Floating HW; Reading Notes Ch 6-1: CQ3, CQ5, CE5, CE7; Friction is f uN Lab; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Atwood's Machine Lab
Friction is f uN Lab, Due: Block, 21Oct15
Newton's Laws Test, TBA

Weigh, What?

DoNow: Whiteboard Multi-body Tension Situation.

AIM: I can describe how to draw a FBD for a system, write the Fnet equations and solve for an unknown quantity using the Fnet equations.

Activities:
- Submit Mew, Mew Mew HW; Reading Notes Ch 5-5: CQ13, CQ15, CQ17, CE9
- Tableshare Friction is f uN Lab; Pushing & Pulling HW; Reading Notes Ch 5-6 to 5-7: CQ19, CQ21, CQ25, CE11; ...Phenomenon WS; ...think about Newton's Laws?
- Friction is f uN Lab Review
- Whiteboard Review: Newton's Laws #8 & 9
- Reading Notes Ch 6-1: CQ3, CQ5, CE5, CE7
- I'm Floating HW

Homework:
Complete I'm Floating HW; Reading Notes Ch 6-1: CQ3, CQ5, CE5, CE7; Friction is f uN Lab; Pushing & Pulling HW; Reading Notes Ch 5-6 to 5-7: CQ19, CQ21, CQ25, CE11; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Multi-Body Systems
Friction is f uN Lab, Due: Block, 21Oct15
Newton's Laws Test, TBA

Friction is FuN

DoNow: What clarification do you need to further understand the FBD, Fnet equation and solving for two unknown variables in two Fnet equations?

AIM: I can describe the relationship between the force of friction, the Normal or support force and the coefficient of friction and how to use a graph to determine the coefficient of friction between two surfaces.

Activities:
- Peer Share & Submit Lab4U Pilot Deliverable
- Submit The Tension HW; Reading Notes Ch 5-4: CQ7, CQ9, CQ11, CE7
- Tableshare Mew, Mew Mew HW; Reading Notes Ch 5-5: CQ13, CQ15, CQ17, CE9; ...Phenomenon WS; ...think about Newton's Laws?
- Friction is f uN Lab
- Reading Notes Ch 5-6 to 5-7: CQ19, CQ21, CQ25, CE11
- Pushing & Pulling HW

Homework:
Complete Friction is f uN Lab; Pushing & Pulling HW; Reading Notes Ch 5-6 to 5-7: CQ19, CQ21, CQ25, CE11; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:
Multi-Body Systems

Friction is f uN Lab, Due: Block, 21Oct15
Newton's Laws Test, TBA

Bring the FuN

DoNow: Draw the FBD for the Ninja Warrior obstacles. (notes)

AIM: I can describe a personal sequence for drawing a FBD for an object and then writing the net force equations for any FBD. I can identify the direction of friction force and describe the f uN equation. I can describe how to use a graph to determine the coefficient of friction between two surfaces.

Activities:
- Submit Reading Notes Ch 5-3: CQ5, CE1, CE3, CE5 Use the F=ma HW; Fiction or Friction HW; The F=ma is Strong HW
- Tableshare Lab4U Pilot Deliverable; The Tension HW; Reading Notes Ch 5-4: CQ7, CQ9, CQ11, CE7; ...Phenomenon WS; ...think about Newton's Laws?
- WB Review: Free Body Diagrams
- Friction (notes)
- Whiteboard Review: Newton's Laws
- Reading Notes Ch 5-5: CQ13, CQ15, CQ17, CE9
- Mew, Mew Mew HW

Homework:
Complete Mew, Mew Mew HW; Reading Notes Ch 5-5: CQ13, CQ15, CQ17, CE9; The Tension HW; Reading Notes Ch 5-4: CQ7, CQ9, CQ11, CE7;  Lab4U Pilot Deliverable; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Friction is FuN Lab
Lab4U Pilot Experiment Deliverable, Due: Block Day, 14Oct15
Newton's Laws Test, TBA

Fiction vs. Friction

DoNow: Block on Incline: Whiteboard Problem

AIM: I can describe how to calculate the components of gravitational force of an object on an inclined plane. I can describe the relationship between the force of friction, the Normal or support force and the coefficient of friction.

Activities:
- Submit Reading Notes Ch 5-1 to 5-2: CQ2, CQ3; Newton's Laws WS1; Newton's Laws WS2;
- Tableshare Lab4U Pilot Deliverable; Reading Notes Ch 5-3: CQ5, CE1, CE3, CE5 Use the F=ma HW; Fiction or Friction HW; The F=ma is Strong HW; ...Phenomenon WS; ...think about Newton's Laws?
- Friction (notes)
- WB Review: Free Body Diagrams
- Reading Notes Ch 5-4: CQ7, CQ9, CQ11, CE7
- The Tension HW

Homework:
Complete The Tension HW; Reading Notes Ch 5-4: CQ7, CQ9, CQ11, CE7;  Lab4U Pilot Deliverable; Fiction or Friction HW; Reading Notes Ch 5-3: CQ5, CE1, CE3, CE5; The F=ma is Strong HW; Use the F=ma HW; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Columbus Weekend & Friction is FuN Lab
Lab4U Pilot Experiment Deliverable, Due: Block Day, 14Oct15
Newton's Laws Test, TBA

Lab4U Pilot

DoNow: What are Newton's three laws of motion? Which law is used to predict the magnitudes of force, mass and acceleration relationships? Khan Academy youtube tutorial

AIM: I can describe a general sequence for creating the free-body diagram and writing the vertical or horizontal net force equation for an object with either zero acceleration or an acceleration. I can identify the relationship between force, mass and acceleration.

Activities:
- Submit Use the F=ma HW
- Tableshare Reading Notes Ch 5-1 to 5-2: CQ2, CQ3; Newton's Laws WS1; Newton's Laws WS2; The F=ma is Strong HW; ...Phenomenon WS; ...think about Newton's Laws?
- Lab4U Pilot Experiment & Deliverable
- Reading Notes Ch 5-3: CQ5, CE1, CE3, CE5
- Fiction or Friction HW

Homework:

Complete Lab4U Pilot Deliverable; Fiction or Friction HW; Reading Notes Ch 5-3: CQ5, CE1, CE3, CE5; The F=ma is Strong HW; Reading Notes Ch 5-1 to 5-2: CQ2, CQ3; Use the F=ma HW; Newton's Laws WS1; Newton's Laws WS2;...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Fiction vs. Friction
Lab4U Pilot Experiment Deliverable, Due: Block Day, 14Oct15
Newton's Laws Test, TBA

Defining & Applying Newton's Laws

DoNow: You apply a pulling force on a spring scale which reads 5 N. How much force does the spring scale pull back on you? How is this related to Newton's Laws of Motion?

AIM: I can define Newton's Three Laws of Motion, the terms, inertia, weight. I can explain what a Free-Body Diagram (FBD) illustration models. I can describe how to apply Newton's Second Law to create the net force equation which describes the motion of an object.

Activities:
- Submit Don't Work Alone HW; Your Time of Need HW; Racing and Pacing HW; Preview Notes: Ch 5 & 6 Newton's Laws
- Tableshare Use the F=ma HW; ...Phenomenon WS; ...think about Newton's Laws?
- Newton's Tablecloth review video
- Newton's Three Laws (notes) (Khan Academy)
- Newton's Laws WS1
- Net Force Equation (notes)
- Free Body Diagram Reading & Newton's Laws WS2
- Reading Notes Ch 5-1 to 5-2: CQ2, CQ3
- The F=ma is Strong HW

Homework:
The F=ma is Strong HW; Reading Notes Ch 5-1 to 5-2: CQ2, CQ3; Use the F=ma HW; Newton's Laws WS1; Newton's Laws WS2; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Free-Body Diagrams & Net Force
Newton's Laws Test, TBA

Intro to Newton's Laws

DoNow: How is motion with constant velocity different from uniformly accelerated motion? How can you determine the uniform acceleration of an object when the displacement vs. time graph follows a parabola? (notes)

AIM: I can describe the difference between mass and force, (concept, units, equations…) I can describe what was observed in at least one force experience we will learn about this semester.

Activities:
- Submit Reading Notes Ch 4-5: CQ9, CE9, CE11
- Submit Acceleration of a Popper Experience
- Tableshare Don't Work Alone HW; Your Time of Need HW; Racing and Pacing HW; Preview Notes: Ch 5 & 6 Newton's Laws; What do you think about Newton's Laws?
- Dot-or-Not Review & Submit Motion Pet SpA
- Newton's Laws Phenomenon WS
- Use the F=ma HW

Homework:
Don't Work Alone HW; Your Time of Need HW; Racing and Pacing HW; Preview Notes: Ch 5 & 6; Use the F=ma HW; ...Phenomenon WS; ...think about Newton's Laws?

Coming Up:

Applying Newton's Laws
Newton's Laws Test, TBA

Scream & Yell Sub Day

DoNow: Find your assigned seat and listen to the substitute for instructions. Goooo…Lions!

AIM: I will review my work and write a general sequence for identifying and solving kinematics problems in 1D or 2D.

Activities:
- What do you think about Newton's Laws?
- Preview Notes: Ch 5 & 6

- Motion Pet SpA
- Acceleration of a Popper Experience

- Don't Work Alone HW
- Your Time of Need HW
- Racing and Pacing HW
- Reading Notes Ch 4-5: CQ9, CE9, CE11

Homework:
Complete What do you think about Newton's Laws?;  Preview Notes: Ch 5 & 6; Motion Pet SpA; Acceleration of a Popper Experience; Don't Work Alone HW; Your Time of Need HW; Reading Notes Ch 4-5: CQ9, CE9, CE11; Racing and Pacing HW

Coming Up:
Intro to Newton's Laws
Motion Pet SpA, Due, Mon., 05Sep15
Acceleration of a Popper Experience, Mon., 05Sep15
Newton's Laws Test, TBA