No Bell Question, get into test taking seats
Students have the entire block to complete the Unit 1 Assessment
No Homework BUT if you need to take a re-take for our Physics Quiz, retakes will be given on Thursday
Open the Chicken Wing Dissection assignment in Google Classroom
Students will follow the directions in the Chicken Wing Dissection assignment while observing the anatomical features of a chickens musculoskeletal system
Finish reading and taking notes on B.1.1, pages 253 - 263 (including Range of Motion but NOT Anthropometry and Ergonomic Design)
This course is equivalent to a college level class. Reading assignments are not optional, it is an expectation of a student who wishes to find success at this level.
Prepare for the Unit 1 assessment, to be given on Tuesday, 11/19
Use the Unit 1 Learning Outcomes Specified in this Document to help you study.
Video 1: Chicken Dissection
No Bell Question, we are gong to start class by finishing the Movement Terms video.
After the video students will be given movement cards and will have to:
connect terms to descriptions and images
select cards and model a sports move that incorporates a specific movement from the card
select 4 cards and create a dance move from those movements
you must also name your dance move
We will then go over your last quiz.
Prepare for a quiz on Friday. For the quiz you:
have to be able to label the anatomical terms, p.258
determine the planes of motion, based on movement around an axis, if show an image of a movement, p.258
identify the type of movement when given an image of a movement, p. 259 - 262
Continue reading and taking notes on B.1.1, pages 253 - 263 (including Range of Motion but NOT Anthropometry and Ergonomic Design)
This course is equivalent to a college level class. Reading assignments are not optional, it is an expectation of a student who wishes to find success at this level.
Video 1: Movement Terms
Look at the image of the two arm wrestlers below. In which plane does the forearm move in this competition
After going over the Bell Question, students will finish the Body Plans and Cavities Surgery assignment.
Once finished with the Body Plans and Cavities Surgery assignment, students will work on the Comparing Types of Movement handout.
If not finished, finish the Body Plans and Cavities Surgery assignment and/or the Comparing Types of Movement handout
Continue reading and taking notes on B.1.1, pages 253 - 263 (including Range of Motion but NOT Anthropometry and Ergonomic Design)
This course is equivalent to a college level class. Reading assignments are not optional, it is an expectation of a student who wishes to find success at this level.
Image 1: Arm Wrestling
Video 1: Movement Terms
Take out your Complete this Anatomical Planes and Cavities worksheet
We will go over the answers to the Complete this Anatomical Planes and Cavities worksheet
Students will then complete the Directional Terms "Funny" worksheet
Student pairs will then begin the Body Plans and Cavities Surgery assignment.
Continue reading and taking notes on B.1.1, pages 253 - 263 (including Range of Motion but NOT Anthropometry and Ergonomic Design)
This course is equivalent to a college level class. Reading assignments are not optional, it is an expectation of a student who wishes to find success at this level.
Open your Topic B.1.1 Skeletal System Student Slideshow Notes
We will finish going over the answers to the Topic B.1.1 Skeletal System Student Slideshow Notes.
Students will then work on the Directional Terms Review Worksheet
We will go over the answers once students are finished
We will then discuss the videos on Planes of the Body and Motion as well as these Planes of Motion handout.
Complete this Anatomical Planes and Cavities worksheet.
For Level 2 - #4 Body Regions, you will need to Google the meaning/location of some of the regions
For Level 3 - #3, you will use the body regions from Level 2 - #4
Continue reading and taking notes on B.1.1, pages 253 - 263 (including Range of Motion but NOT Anthropometry and Ergonomic Design)
This course is equivalent to a college level class. Reading assignments are not optional, it is an expectation of a student who wishes to find success at this level.
Video 1: Planes of the Body
Video 2: Planes of Motion
No Bell Question today, get into test-taking seats
Students will take the B.1.2 & B.2.1 assessment.
Once students are finished with the assessment, we will go over the answers to the Topic B.1.1 Skeletal System Student Slideshow Notes, given in Google Classroom.
Continue reading and taking notes on B.1.1, pages 253 - 263 (including Range of Motion but NOT Anthropometry and Ergonomic Design)
This course is equivalent to a college level class. Reading assignments are not optional, it is an expectation of a student who wishes to find success at this level.
No Bell Question today.
You will be given the block to work on the Topic B.1.1 Skeletal System Student Slideshow Notes, given in Google Classroom.
The goal is to reach slide 31, this task is homework if you do not reach this slide
You can work with others to complete the slideshow notes.
If not finished with the slideshow notes, please finish.
Prepare for your B.1.4 and B.2.1 Quiz; to be given on Friday, 10/25. The quiz will be on the following concepts:
parts of a lever
3 classes of levers
examples of each type of lever within the body, review the book examples
definition of kinematics, linear kinematics and angular kinematics, vector, scalar, displacement, distance, speed, velocity, acceleration, angular displacement, angular velocity, kinetics, force, resultant motion, gravity, mass, weight, linear momentum, linear impulse, torque, eccentric force, moment of inertia, and angular momentum
Be prepared to solve problems for speed, velocity and acceleration
Be prepared to interpret a time and speed graph as well as a time and velocity graph (with acceleration questions)
Know Newton's 3 laws of motion
Be prepared to identify the law of motion when given an example from sport
When given sport examples, be prepared to identify the proper concept from the Applying Newton's Laws of Motion in Sports handout
Distinguish transfer of angular momentum from trading angular momentum
Begin reading and taking notes on B.1.1, pages 253 - 263 (including Range of Motion but NOT Anthropometry and Ergonomic Design)
This course is equivalent to a college level class. Reading assignments are not optional, it is an expectation of a student who wishes to find success at this level.
Learning Outcomes:
B.2.1.1: Linear and angular motion can be analyzed using Newton's laws of motion. NEW
Review the terms you will need to know for quiz, listed below.
We will discuss the difference between Transfer and Trading Angular Momentum
We will then play a review game with most of the vocabulary terms you will need to know for the quiz.
Complete reading and taking notes on B.2.1, starts on page 309
We will finish this Topic next class.
On Friday, 10/25 you will have a quiz on the following concepts:
parts of a lever
3 classes of levers
examples of each type of lever within the body, review the book examples
definition of kinematics, linear kinematics and angular kinematics, vector, scalar, displacement, distance, speed, velocity, acceleration, angular displacement, angular velocity, kinetics, force, resultant motion, gravity, mass, weight, linear momentum, linear impulse, torque, eccentric force, moment of inertia, and angular momentum
Be prepared to solve problems for speed, velocity and acceleration
Be prepared to interpret a time and speed graph as well as a time and velocity graph (with acceleration questions)
Know Newton's 3 laws of motion
Be prepared to identify the law of motion when given an example from sport
When given sport examples, be prepared to identify the proper concept from the Apply ing Newton's Laws of Motion in Sports handout
Distinguish transfer of angular momentum from trading angular momentum
This course is equivalent to a college level class. Reading assignments not optional, it is an expectation of a student who wishes to find success at this level.
Video 2: Half Pipe Run - Trading Angular Momentum
Learning Outcomes:
4.3.7: Define Newton’s three laws of motion. OLD
4.3.8: Explain how Newton’s three laws of motion apply to sporting activities. OLD
B.2.1.1: Linear and angular motion can be analyzed using Newton's laws of motion. NEW
Go to Google Classroom and open the Apply ing Newton's Laws of Motion in Sports handout
We will cover the B.2.1 concepts Principles of Stability through Conservation of Angular Momentum, pages 318 - 323.
The Apply ing Newton's Laws of Motion in Sports handout and associated images and videos will be used to address concepts
Complete reading and taking notes on B.2.1, starts on page 309
We will finish this Topic next class.
On Wednesday, 10/23 you will have a quiz on the following concepts:
parts of a lever
3 classes of levers
examples of each type of lever within the body, review the book examples
definition of kinematics, linear kinematics and angular kinematics, vector, scalar, displacement, distance, speed, velocity, acceleration, angular displacement, angular velocity, kinetics, force, resultant motion, gravity, mass, weight, linear momentum, linear impulse, torque, eccentric force, moment of inertia, and angular momentum
Be prepared to solve problems for speed, velocity and acceleration
Be prepared to interpret a time and speed graph as well as a time and velocity graph (with acceleration questions)
Know Newton's 3 laws of motion
Be prepared to identify the law of motion when given an example from sport
When given sport examples, be prepared to identify the proper concept from the Apply ing Newton's Laws of Motion in Sports handout
Distinguish transfer of angular momentum from trading angular momentum
This course is equivalent to a college level class. Reading assignments not optional, it is an expectation of a student who wishes to find success at this level.
Video 1: Torque - Football
Video 2: Torque and Moment of Inertia - Golf
Video 3: Angular Momentum
Video 6: Conservation of Angular Momentum
Learning Outcomes:
4.3.7: Define Newton’s three laws of motion. OLD
4.3.8: Explain how Newton’s three laws of motion apply to sporting activities. OLD
B.2.1.1: Linear and angular motion can be analyzed using Newton's laws of motion. NEW
I will play the video below once class begins
After we watch the video on Newton's Laws of Motion, students will login to Gizmo and open the Golf Range Gizmo.
We will discuss how Newton's Laws of Motion apply to a golf swing.
Students will then begin the Newton's Laws of Motion and Projectile Motion in Sports, given in Google Classroom.
Newton's Laws of Motion and Projectile Motion in Sports, given in Google Classroom.
Continue reading and taking notes on B.2.1, starts on page 309
We will be on this Topic for awhile.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Video 1: Newton's 3 Laws with a Bicycle
Image 1: Newton's Laws of Motion
Learning Outcomes:
4.3.1: Define the terms force, speed, velocity, displacement, acceleration, momentum and impulse.
4.3.2: Analyze velocity–time, distance–time and force–time graphs of sporting actions.
Using the graph in Image 1 (below), calculate the acceleration of the objects between:
Point 1 and Point 2
Point 2 and Point 3
Point 3 and Point 4
Point 5 and Point 6
Point 6 and Point 7
We will go over the answers to the Bell Question and your homework
Students will then discuss with their partners the answers to questions 5 a ii and 5 b of this past IB question on velocity as well as the question in Image 2 (below).
We will then watch the video on the physics of the Fosbury Flop and discuss center of mass
We will then discuss angular kinematics, angular velocity, angular acceleration and instantaneous velocity and average velocity.
What is angular kinematics?
Students will finish by playing around with the Golf Range Gizmo with the purpose of determining factors that influence the flight of a struck golf ball.
Student groups should list these factors
Review Newton's Laws of Motion and be prepared to identify how each law is demonstrated in the Golf Range Gizmo.
Continue reading and taking notes on B.2.1, starts on page 309
We will be on this Topic for awhile.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Image 2: IB Acceleration Question
Video 4: The Physics of the Fosbury Flop
Video 2: Bryce Harper Slow Motion Swing
Video 3: Slow Motion LPGA Swings
Image 3: Angular Velocity Formula
Learning Outcomes:
4.3.1: Define the terms force, speed, velocity, displacement, acceleration, momentum and impulse.
4.3.2: Analyze velocity–time, distance–time and force–time graphs of sporting actions.
You will be given a Gizmos KEY for the Distance-Time and Velocity-Time Graph, please review your work
We will discuss the Gizmo and any issues students had.
We will then discuss acceleration and students will work in pairs/groups solving the Athlete Acceleration Problems.
Once finished students can begin their homework.
Complete the Velocity vs Time Worksheet 1 & Velocity vs Time Worksheet 2
Continue reading and taking notes on B.2.1, starts on page 309
We will be on this Topic for awhile.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Image 1: Linear Kinematic Formulas
Video 1: History of the High Jump
Video 4: The Physics of the Fosbury Flop
Learning Outcomes:
4.3.1: Define the terms force, speed, velocity, displacement, acceleration, momentum and impulse.
4.3.2: Analyze velocity–time, distance–time and force–time graphs of sporting actions.
What does kinematics mean?
What is linear kinematics?
Open the Cat & Mouse Gizmo
Give the mouse an 8.5 meter head start.
Set the speed of the mouse at 5 m/sec
What is the minimum speed the cat must run in order to catch the mouse?
View this YouTube video. Compare the Gizmo to the events in the video.
Open the Distance-Time Graphs Gizmo
Click Show Graph and Show Animation for 1 runner
Create a graph in which the runner runs back and forth TWICE.
Be prepared to answer the following questions:
What was the total distance travelled by the runner?
What was the speed of the runner?
What is the difference between speed and velocity?
How many times did the runner change directions?
Realistically, what would happen to the runners speed every time the runner changed direction?
What is acceleration?
Questions 1 through 6 focus on scalars and vectors. What are scalars and vectors?
After discussing the Bell Question, students will make their own Google Sheets time/distance graph from this scenario:
A runner travels 10 meters in the first two seconds of running, covers 30 meters in the next 4 seconds, slows down and only goes 5 meters in the next 2 seconds but finishes strong by traveling 15 meters in the last two seconds.
What was the total distance traveled.
How long did it take to run that distance.
Students will then begin the Distance, Time and Velocity Graphs Gizmo and worksheet, given in Google Classroom.
Complete the Distance, Time and Velocity Gizmo and worksheet, given in Google Classroom.
Continue reading and taking notes on B.2.1, starts on page 309
We will be on this Topic for awhile.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Distance Time Velocity Graphs worksheet is given in Google Classroom
Watch Derrik Henry's 87 yard touchdown run from Sunday's game.
With your group, discuss all aspects of physics that applies to this run.
We will discuss the Bell Question.
Students will then work on the Distance and Time Gizmo
We will go over the homework towards the end of the block.
Continue reading and taking notes on B.2.1, starts on page 309
We will be on this Topic for awhile.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Open your Levers assignment
Do NOT unsubmit it.
We will discuss the levers assignment
We will then discuss B.1.4.
Here is a copy of the Lecture Notes on Levers
Students will then work in pairs Tackling Activities 1 - 5 n B.1.4:
When finished, students can begin work on the Levers Calculation Assignment, given in Google Classroom.
If you need to correct your Sports and Levers assignment, do so and re-submit to Google Classroom.
Complete the the Levers Calculation Assignment, given in Google Classroom
Finish reading and taking notes on B.1.4., pages 300 - 304
Begin reading and taking notes on B.2.1, starts on page 309
We will be on this Topic for awhile.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
No Bell Question, get into test-taking seats
Students will complete the Long Bone and Synovial Joint Quiz.
Once finished with the quiz, login to Gizmos, open the Levers Gizmo and try to figure out:
How to operate the Gizmo
How to manipulate things in the Gizmo
Specific facts about levers.
Students will then create a Google Slideshow and do the following:
Create a cover slide that has your name
Find three images of athletes in which they are
bending (flexion) the elbow joint
extending the elbow joint
raising the body with the ankle joint (extension)
Paste each image on a separate slide
Using a line and a triangle, add the lever and fulcrum onto the image (over the respective body parts)
Use arrows and labels to show the direction of the effort and load
Identify the muscles that are the agonists (effort should be pointing towards the origin)
Identify the class of lever
Complete the Sports and Levers assignment, submit to Google Classroom. Due Monday, 9/30
Continue reading and taking notes on B.1.4., pages 300 - 304
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Image 1: Types of Levers
Image 2: Lever with Triceps
Image 3: Lever with Biceps
Read this Prevention article on Exercise and Bone Density
Why does exercise improve bone density?
What can you do to maintain healthy bone density?
We will discuss bone as an active tissue, students will watch Video 1 to help explain the findings in the article
We will then watch the Crash Course video on Joints
We will go over the different types of synovial joints with in-class skeletons and the Synovial Joints handout
Students will then watch video #4 and complete the 1.1.9 Notes Sheet (old curriculum but still valid) as we watch the video.
Prepare for a quiz on the Anatomy of a Long Bone and Structure of a Synovial Joint. You will need to identify the names of regions and structures of a long bone.
refer to the Anatomy of a Long Bone handout, given when we discussed the Long Bone Dissection
You will also need to know both, the basic structures of a long bone and synovial joint AND the functions of those parts
refer to your book (p. 271 and 275 - 276) and this Bone Information Sheet can help with the functions of a long bone.
Continue reading and taking notes on B.1.2., pages 269 - 279
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Video 1: Bone Remodeling and Modeling
Video 2: Crash Course Bones, Part 2 Joints
Video #3: Synovial Joint Structure
B.1.2: The structures of connective tissues and joints are related to their function in enabling movement.
What is the function of of bones and the skeletal system?
We will start class with a virtual dissection of a long bone. The importance of this activity is to understand the components of a long bone, the function of those components as well as the function of bones.
We will then review, as a class, the parts of a long bone.
Continue reading and taking notes on B.1.2., pages 269 - 279
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
B.1.3.1: The body uses different types of muscular contractions to create movement and stability. Each type of contraction has a different function.
No Bell Question, we will continue the presentations after the bell rings.
After the last 2 presentations, students will take the B.1.3.1 Vocabulary Quiz
We will then discuss the ATL on page 287 in the upper right hand corner. What I want you and your partners to do:
"What happens to muscle mass and strength during an extended spaceflight where astronauts are in an environment where the gravitational forces are considerably less than those on Earth?
Research the impact of space travel on muscle tone
Come up with several exercises an astronaut can do, while in space, to improve the situation they face.
You should target both fast twitch and slow twitch muscles in these examples.
Continue reading and taking notes on B.1.2., pages 269 - 279
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
B.1.3.1: The body uses different types of muscular contractions to create movement and stability. Each type of contraction has a different function.
No Bell Question, we will continue the presentations after the bell rings.
We will continue the presentations.
We will do 3 to start the class and 2 to finish the class.
We will then work through the B.1.3.1 Syllabus Understanding.
I will use my B.1.3.1 Lecture Notes as we discuss the concepts
We will then discuss the ATL on page 287 in the upper right hand corner. What I want you and your partners to do:
Research the impact of space travel on muscle tone
Come up with several exercises an astronaut can do, while in space, to improve the situation they face.
You should target both fast twitch and slow twitch muscles in these examples.
Review the vocabulary terms discussed in the B.1.3.1 Lecture Notes, you will have a vocab quiz next class. You are responsible for:
skeletal muscle, smooth muscle, cardiac muscle, contractility, extensibility, elasticity, fascicle, muscle fiber, myofibril, motor unit, all or nothing principle, Type I motor units, Type IIa motor units, Type IIx motor units, hypertrophy, atrophy, isometic muscle contraction, isotonic muscle contraction, concentric muscle contraction, eccentric muscle contraction, isokinetic motion, agonist, antagonist, fixator, synergist, reciprocal inhibition, insertion and origin
Begin reading and taking notes on B.1.2., pages 269 - 279
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
B.1.3.1: The body uses different types of muscular contractions to create movement and stability. Each type of contraction has a different function.
No Bell Question, we will get straight into things.
We will start class by discussing some "not so famous" sports.
We will discuss the actions of the following antagonistic muscle pairs:
Biceps and Triceps:
- Biceps Brachii (agonist) flexes the elbow.
- Triceps Brachii (antagonist) extends the elbow.
Quadriceps and Hamstrings:
- Quadriceps (agonist) extends the knee.
- Hamstrings (antagonist) flex the knee.
Pectoralis Major and Latissimus Dorsi:
- Pectoralis Major (agonist) brings the arm forward (flexion).
- Latissimus Dorsi (antagonist) pulls the arm backward (extension).
Deltoids and Lats:
- Deltoids (agonist) abduct the shoulder. Abduct refers to moving away from the center of the body
- Latissimus Dorsi (antagonist) adducts the shoulder. Adduct refers to moving closer to the center of the body
Tibialis Anterior and Gastrocnemius:
- Tibialis Anterior (agonist) dorsiflexes the foot. Dorsiflexion is the upward bending of the foot (flexion of the ankle joint)
- Gastrocnemius (antagonist) plantarflexes the foot. Plantarflexion is the downward bending of the foot (extension of ankle joint)
With your partners, you will then need to identify specific actions shown in your chosen sport video that demonstrates each of the 5 antagonistic muscle actions described above.
You should write down the time each action occurs because you will be presenting this to the class.
Review the vocabulary terms discussed in lecture, slides 1 -20
Complete working on the Muscles and Bones Gizmos Student Sheet, given in Google Classroom. Due Date is Monday, 9/16
Gizmos Login: https://apps.explorelearning.com/account/el/login/student
Class Code: EL985MDH
Continue reading and taking notes on B.1.3, pages 281 - 292. Do NOT read beyond 292; that is HL content and this class is a Standard Level (SL) class. FYI, the handout given today on the structure of muscles is actually part of B.1.2. I felt you needed the background info.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Video 1: Teqball
Video 2: Bossaball
Video 3: Shinty
Video 4: Korfball
Video 5: The Russian Basketball
Video 6: Bo Taoshi
B.1.3.1: The body uses different types of muscular contractions to create movement and stability. Each type of contraction has a different function.
You will be given an index card. Please write the following on the card:
Your name & what you would like to be called
Sports or athletic/health related activities you enjoy
Why are you taking IB SEHS
Anything you want me to know
We will start class with this Reaction Time Test
We will then work through the B.1.3.1 Syllabus Understanding.
I will use my B.1.3.1 Lecture Notes as we discuss the concepts
Review the vocabulary terms discussed in today's lecture, slides 1 -20
Begin working on the Muscles and Bones Gizmos Student Sheet, given in Google Classroom. Due Date is Monday, 9/16
Gizmos Login: https://apps.explorelearning.com/account/el/login/student
Class Code: EL985MDH
Continue reading and taking notes on B.1.3, pages 281 - 292. Do NOT read beyond 281; that is HL content and this class is a Standard Level (SL) class. FYI, the handout given today on the structure of muscles is actually part of B.1.2. I felt you needed the background info.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Video 2: Motor Units
B.1.3.1: The body uses different types of muscular contractions to create movement and stability. Each type of contraction has a different function.
Take a book from the box for today's class. It will need to be returned at the end of class.
The High Jump
We will start class by discussing the Course Outline and Class Expectations
We will then discuss Properties of Muscles and Types of Muscles
Students will then color the Muscles and Skeletal Muscles Coloring Pages as we discuss the structure of skeltal muscles
The images below will help identify different components
We will go over the Muscles and Bones Gizmo assignment when all are finished with the quiz.
If time permits, we will go over the neuromuscular structures involved in muscle contractions, which includes the Neuromuscular Junction Background Notes
Begin reading and taking notes on B.1.3, pages 281 - 292. Do NOT read beyond 281; that is HL content and this class is a Standard Level (SL) class. FYI, the handout given today on the structure of muscles is actually part of B.1.2. I felt you needed the background info.
This course is equivalent to a college level class. This assignment is not optional, it is an expectation of a student who wishes to find success at this level.
Image 1: Types of Muscles
Image 2: Structure of skeletal muscle (from book)
Image 3: Skeletal Muscle Structure
Image 4: Structure of Myofibril (muscle Cell)
Image 5: Structure of a Muscle Fiber
Image 6: Structure of a Neuron
Image 7: Neuromuscular Junction 1
Image 8: Neuromuscular Junction 2
Video 1: Motor Units