1. Equipment on table: Pen, ruler, pencil and planner.
Question 1
Name two flat bones and, using a sporting action of your choice, suggest how these bones provide protection during performance.
Question 2
Describe 4 ranges of movement.
Question 3
Define agonist and antagonist.
Question 4
 Explain when you would see flexion and extension in football.
Equipment on table: Pen, ruler, pencil and planner.

2. Agonist- the working muscle in a movement, contracting and shortening
Question 1
Cranium- Projects the brain when heading a ball in football.
The ribs- Protects the vital organs during a tackle in rugby.
Question 2
Flexion- decrease of an angle at a joint
Extension- decrease of an angle at a joint
Adduction- adding to the centre line of the body
Abduction- tasking away from the centre line of the body
Rotation- turning a limb along its axis
Question 3
Agonist- the working muscle in a movement, contracting and shortening
Antagonist- the relaxing muscle in a movement. Will lengthen.
Question 4
Around the knee joint when kicking a ball, flexion during the preparation phase. Extension during the execution of the skill.

3. The pathway or air and gaseous exchange

4. Identify the structure of the human gaseous exchange system
Describe the process of gaseous exchange in the human body.
Assess what changes may occur during exercise.

5. I want to hear you list the components of the gaseous exchange system.
I want to see you write a description of the gaseous exchange system.
I want to see you write an extended response to a question on gaseous exchange, including all key words.

6. Task (pairs)
You must link the components and their definitions to the correct place on the picture.

7. The respiratory structure

8. Your turn…

9. Identify the pathway of air into the body.

12. Gaseous Exchange
Gaseous Exchange – the 'swapping’ of gases between the alveolar air and the blood
Gaseous exchange occurs through a process called diffusion.
Diffusion is the movement of particles from a region where they are in high concentration to a region where they are in low concentration.

13. Gaseous Exchange Therefore……
When the concentration of oxygen is high in the alveolus and low in the capillary, the oxygen will move into the capillary.
And……..
When the concentration of carbon dioxide is high in the capillary and low in the alveolus, the oxygen will move into the alveolus.

14. Characteristics of the alveoli
The alveoli are bunches of tiny air sacks inside the lungs.
When you breathe in, they fill with air.
Alveoli have a large surface area
They have moist thin walls which are one cell thick.
The allows a short distance for diffusion to take place
They are covered in lots of capillaries that allow a large blood supply. .

16. Gaseous Exchange The role of haemoglobin
Haemoglobin carries oxygen around the body.
It is a red pigment found in red blood cells.
When haemoglobin and oxygen combine they create oxyhaemoglobin.
Haemoglobin

17. Oxygen combines with haemoglobin in the red blood cells to form oxyhaemoglobin

18. Describe gaseous exchange .

19. OXY!
Hi, I’m Oxy. I’m an oxygen molecule and I am older than 2.5 billion years. The human body needs me in order to create energy in the muscles, however there is a process called gaseous exchange I need to go through to get there.

22. Bronchi
The trachea splits left and right to enter the left and right lungs. They then split into smaller and smaller bronchi.
Bronchioles
Small bronchi divide into bronchioles which are very narrow tubes less than 1mm in diameter.
Mouth & Nose
We breathe in through our nose and mouth.
Trachea
The air travels into the trachea. The inside of the trachea is covered in small hairs called cilia. The cilia filter the air and catch dust and other particles. The trachea is kept open by rings of cartilage.
Alveoli
The bronchioles have small ‘grape like’ clusters at the ends called alveoli.
There are usually several alveoli at the end of each bronchiole.
The function of the alveoli is the exchange of gases. Alveoli are surrounded by capillaries. Transfer of oxygen and carbon dioxide occur through the walls of the alveoli.

24. Correct Result = 2 points Correct Answer = 2 points each
Date: 13/10/17
This weeks matches:
Match 1:
Liverpool V
Man U
Match 2:
Man City
Sjoke City
Match 3:
Burnley
West Ham
This weeks questions:
List the pathway of air
Explain what is meant by diffusion
Describe the processes of gaseous exchange in the alveoli.
MWN’s Predictions:
3-1
2-1
1-1
Point System:
Correct Score = 5 points
Correct Result = 2 points
Correct Answer = 2 points each