Created by Cath Warriner
almost 11 years ago
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Copied by Cath Warriner
almost 11 years ago
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Copied by Cath Warriner
almost 11 years ago
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Question | Answer |
What are the functions of the skeleton? | Movement, Protection, Support, Blood Production, |
Name a bone in the lower arm. | Radius or Ulna |
Name a bone in the lower leg | Tibia or Fibula |
Name the four types of bones | Long, Short, Irregular, Flat |
Give two examples of long bones | Humerus, Radius, Ulna, Femur, Tibia, Fibula |
Give an example of an irregular bone | Patella or Vertebrae |
Give an example of a short bone | Carpals Tarsals Phalanges |
Give two examples of flat bones | Scapula, Pelvis, Cranium |
Name the 6 types of synovial joints | Hinge, Ball and socket, Pivot, Saddle, Condyloid, Gliding |
Give two examples of a hinge joint | Elbow or Knee |
Give two examples of a ball and socket joint | Shoulder or Hip |
Give an example of a pivot joint | Neck |
Give an example of a saddle joint | Thumb |
Give an example of a condyloid joint | Wrist Finger |
Give an example of a gliding joint | Carpals in the hand (wrist) |
What is a joint? | A connection point between two bones where movement occurs |
Name an immovable joint | Cranium Pelvis |
Name a slightly moveable joint | Vertebral Column and Ribs and Sternum |
Name a freely moveable joint | The 6 synovial joint categories Ball & socket - Shoulder Hinge - Elbow Pivot - neck Condyloid - wrist Saddle - thumb Gliding - carpals in the wrist |
Name the three connective tissues | Tendon, Ligament, Cartilage |
Describe a tendon and give it's function | Tendons are very strong, white, non elastic cords that join the muscle to bone |
Describe a ligament and give it's function | Ligaments are bands of white slightly elastic fibres which attach bone to bone at a joint |
Describe cartilage and give it's function | Cartilage is a shiny, smooth white covering (flexible tissue) found at the end of bones. Its function is to act as a buffer (shock absorber) |
Name the 5 types of movement | Flexion Extension Abduction Adduction Rotation |
What is the definition for flexion? Give a sporting example. | Flexion: decreasing the angle of a joint, the bending of a limb. Performing a bicep curl |
What is the definition for extension? Give a sporting example | Extension is increasing the angle of a joint, the straightening of a limb. Performing a chest pass in netball |
What is the definition for abduction? Give a sporting example. | Abduction: movement of the limb away from the midline of the body. Performing a lateral raise Performing the splits |
What is the definition for adduction? Give a sporting example | Adduction: movement of a limb towards the midline of the body. Cross over flys in weight training Breast stroke entering the glide position |
What is the definition for rotation? Give a sporting example | Rotation: When the bone or limb moves freely in a curve. Bowling a cricket ball Turning to breathe in the front crawl |
Name the three types of muscles | Voluntary Involuntary Cardiac |
How do you define a voluntary muscle? | It works under our conscious control, we decide when to move them. |
Name 4 muscles found in the upper body | Pectorals Biceps Triceps Deltoids Trapezius Abdominals Latissimus dorsi |
Name 4 muscles found in the lower body | Sartorius Quadriceps Hamstrings Gastrocnemius |
What are the characteristics of an involuntary muscle? | They work automatically with no need for conscious command. |
Give an example of an involuntary muscle | Diaphragm Blood vessels Heart |
What is an isotonic muscular contraction? | Movement that occurs at the joint. They can be concentric or eccentric. |
What is concentric contraction? Give a sporting example. | The contracting muscle shortens and fattens, it tends to bulge. The biceps in a bicep curl. |
What is eccentric contraction? Give a sporting example. | The muscle gradually lengthens, extends and returns to its normal length and shape. The biceps when the weight is being lowered in a bicep curl. |
What is isometric muscular contraction? Give a sporting example. | There is no actual movement of either the limb or the joint. Muscles are working hard to keep the joint stable. Performing a handstand, static wall squat or rugby scrum. |
Muscles work in pairs and is known as an antagonistic pairing. What is the working and relaxing muscle known as? | Working = agonist muscle (prime mover) Relaxing muscle = antagonist muscle |
Muscles are connected to the bones by tendons. Where is the origin and insertion of the biceps tendons? | The origin is at the scapula (the stationary bone) The insertion is at the radius (the moving bone) |
Explain how muscles and bones work together to create movement. | Muscles are attached to the bone by tendons. Muscles only pull and so work in pairs (antagonistic pairing). The bicep contracts and is the agonist muscle whilst teh triceps relax and are the antagonist muscle. This action creates flexion and results in the angle of the joint decreasing and allows the bicep curl to be performed. The origin is where the muscle tendons of the bicep join the scapula and teh insertion is where the bicep attaches to the radius. Ligaments hold the bone to bone to stabilise the joint. |
Name three types of strength. | Static Explosive Dynamic |
Give the definition for static strength. | The greatest amount of strength that can be applied to an immovable object. |
Give a sporting example for static strength | A handstand Rugby scrum Static wall squat A sprinter waiting in the blocks |
Give the definition for explosive strength | The muscular strength used in one short, sharp, movement. |
Give a sporting example for explosive strength | A 100m sprinter leaving the blocks A gymnast performing a vault |
Give the definition for dynamic strength | The muscular strength needed to support your own body weight over a prolonged period of time |
Give a sporting example for dynamic strength | A gymnast performing on the pommel horse A gymnast performing a routine on the rings |
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