PHE NOTES BY YINKAWIZARD

 BURNS AND SCALDS Burns are caused by dry heat or chemicals, while scalds are caused by moist heat. Causes of Burns - Flames - Hot metals - Electricity - Lightning - Friction - Acids - Alkalis Causes of Scalds - Boiling water - Steam - Hot liquids Severity of Burns Depends on extent and location. Body percentages: Head (9%), Upper limb (18%), Trunk front (18%), Trunk back (18%), Lower limb (18%), Neck (1%) Effects of Burns - Shock - Infection - Scarring - More severe in children and elderly General Treatment - Remove from source - Treat shock - Cover with clean dry dressing - Do not remove stuck clothing - Do not apply ointments 7. Specific Treatments Burning clothing: Smother flames, cover burn Scalds: Remove wet clothes, dress wound Eye burns: Wash with water Chemical burns: Neutralize and wash Mouth/throat burns: Give milk, seek help

 Fractures, Dislocations, and Sprains  Fractures A fracture is defined as a break in the continuity of a bone.  Causes of Fractures  1. Direct Violence: The bone breaks at the exact site where the force is applied (e.g., a car wheel passing over a leg).  2. Indirect Violence: The bone breaks at a distance from the site of impact (e.g., falling on an outstretched hand resulting in a broken clavicle).  3. Muscular Violence: A sudden, violent contraction of a muscle snaps the bone (e.g., a strong contraction of the quadriceps causing the patella to fracture).  Predisposing Factors   Age: Extremes of age (very young or very old) make bones more susceptible to breaking with minimal force.   Disease: Conditions like Osteomyelitis, Rickets, Tuberculosis, or Bone Cancer weaken the bone structure.  Classification and Varieties of Fractures 1. Simple (Closed) Fracture: The bone is broken, but there is no wound leading from the skin to the fracture...

Measures of dispersion are statistical tools used to show how spread out or scattered a set of data is around a central value (mean, median, or mode). Measures of dispersion tells us how reliable or varied that value is. Importance of Dispersion Shows the variability of data Helps determine the consistency of performance Enables comparison between groups Assists in decision-making and evaluation Indicates reliability of the mean Types of Measures of Dispersion 1. Range The simplest measure of dispersion. Formula: Highest number - Lowest number  Example: (It'll be done in class) Advantages Easy to calculate Quick estimate of spread Disadvantages  Uses only two values Not very reliable 2. Quartile Deviation (Semi-Interquartile Range) It measures the spread of the middle 50% of data. Formula: Q3-Q1/2 Where: Q1 = First quartile Q3 = Third quartile Advantages  Not affected by extreme values More reliable than range Disadvantage 1. Ignores half of the data 3. Mean Deviation (Av...

 MEASUREMENT OF SPORT SKILLS Measuring sport skills is a fundamental aspect of Physical and Health Education (PHE) and sports science. It involves assessing an individual's proficiency in performing specific movements, techniques, and strategies relevant to a particular sport. Importance of measuring sport skills 1. For talent Identification 2. For Performance Evaluation 3. To check Program Effectiveness 4. For Instructional Guidance 5. For effective Player Selection 6. For Research purposes Key Components of Sport Skill Measurement Measuring sport skills often involves assessing a combination of various physical and cognitive attributes, often categorized under "skill-related fitness components" or specific sport techniques. 1. Skill-Related Fitness Components: These are often considered foundational to many sport-specific skills. E.g.  Agility: The ability to change direction quickly and efficiently while maintaining control. (e.g., T-Test, Illinois Agility Test) ...

 Types of Motion 1. Translational Motion: - Motion in which an object moves along a straight or curved path without rotating. This type of motion can either be rectilinear or curvilinear. In rectilinear all parts of The moving body moves in the same direction in a straight line while in curvilinear, objects or body move towards the same direction although in a curved path.    - Example: A 100m race or a 200m race 2. Rotational Motion:    - Motion in which an object spins or rotates about a fixed axis.    - Example: A spinning top of a cricket ball rotating on its axis. It could be angular or circular 3. Oscillatory Motion:    - Motion in which an object moves back and forth repeatedly about a mean position.    - Example: A pendulum swinging or a spring oscillating. 4. Periodic Motion:    - Motion that repeats itself at regular intervals of time.    - Example: The motion of a clock’s pendulum or the Earth revo...

EVALUATION OF TESTS AND CRITERIA FOR EVALUATION IN PHYSICAL AND HEALTH EDUCATION These criteria help determine whether a test accurately measures what it intends to measure, provides consistent results, and is appropriate for its intended use. 1. VALIDITY A test is valid if it measures what it claims to measure. Types of Validity & Examples: a) Content Validity: Ensures the test covers all relevant aspects of the subject. It Ensures the test covers all relevant components of the skill or fitness attribute. Example: A badminton skills test should include serving, footwork, and rallying—not just serving accuracy. b) Criterion-Related Validity: Assesses how well test results correlate with an external standard. It assesses how well test results predict real-world performance. Example: A 20m shuttle run (beep test) should correlate with actual cardiovascular endurance in sports like soccer or basketball. c) Construct Validity:Determines if the test measures an abstract concep...

1. Assessment of Physical Fitness:      - Tests and measurements help determine students’ fitness levels (e.g., strength, endurance, flexibility), which is essential for designing personalized fitness programs.  2. Skill Development:      - They provide insights into students’ skill proficiency, enabling educators to tailor instruction to meet individual needs.  3. Health Education :      - Tests and evaluations ensure students understand and apply health-related concepts, such as nutrition, mental health, and disease prevention.   4. Progress Tracking:      - Regular testing and measurement allow educators to monitor students’ progress over time, identifying improvements or areas needing attention.   4. Program Effectiveness :      - Evaluation helps determine whether PHE programs are achieving their objectives and meeting educational standards.   5. Motivation and Feedback :   ...