Physical fitness test is a set of measures designed to determine one’s level of physicalfitness
It has two components: Health-Related and Skill-Related Fitness
Each component comprises several tests and specific testing protocols
Tests are chosen based on time efficiency in administration, availability of equipment, simplicity of procedures, and practicality
Health-Related Fitness includes:
Body composition
Cardiovascular endurance
Muscle strength
Muscular endurance
Flexibility
Skill-Related Fitness includes:
Agility
Balance
Coordination
Power
Reaction time
Speed
Body Composition:
Comprises fat, bone, and muscle
Directly relates to overall fitness level
Consider individual body type, height, weight, frame size, and fat mass to lean muscle mass ratio
Cardiovascular Endurance:
Determines if heart and lungs work in coordination
Shows the body's ability to deliver oxygen and nutrients to tissues and remove wastes
Flexibility:
Ability of joints to move through full range of motion without pain or restriction
Varies among individuals but must stay within certain minimum ranges for joint and body health
Muscular Strength:
Capability of muscles to lift weight
Increased through weight training exercises
Muscular Endurance:
Ability to perform repeated exercises without getting tired
Improved through circuit training and bodyweight exercises
Speed:
Ability to execute motor movements with high speed in a short period
Requires good strength and power
Agility:
Ability to rapidly change body position or directions with speed and accuracy
Balance:
Ability to control body and maintain equilibrium while stationary or moving
Coordination:
Ability to use senses like sight and hearing with body parts in performing motor tasks smoothly and accurately
Power:
Ability to perform work at a high rate
Combination of strength and speed
Reaction Time:
Rate at which an athlete reacts to external stimuli
Crucial for athletes in sports
Importance of Physical Fitness:
Saves money by reducing health issues and complications
Increases life expectancy and reduces risk of premature mortality
Improves quality of life, mood, mental health, muscle strength, bone density, flexibility, and stability
Reduces risk of injury
Allows you to stay active and do rewarding activities
Endomorph:
Stockier bone structures with larger midsection and hips
Carries more fat throughout the body
Gains fat fast and loses it slow
Naturally slow metabolism
Mesomorph:
Medium bone structure with shoulders wider than the hips
Developed athletic musculature
Efficient metabolism; mass gain and loss both happen with relative ease
Ectomorph:
More narrow shoulders and hips in respect to height
Relatively smaller muscles in respect to bone length
Naturally fast metabolism makes it difficult for many to gain mass
Potentially indicative of disordered eating (e.g., anorexia, bulimia) when BMI is ≤17
Training and Diet for Each Body Type:
Endomorph Training: Maximize calorie burn and metabolic efficiency using high-intensity, metabolic training techniques. Consume a high-protein diet with balanced carbs and fats maintaining a slight negative energy balance
Mesomorph Training: Maximize muscle gain using lower-intensity hypertrophy and maximal strength resistance training. Consume a high-protein diet with balanced carbs and fats maintaining a positive energy balance
Ectomorph Training: Utilize the Optimum Performance Training Model or Phases according to the desired focus. Consume a high-protein diet with balanced carbs and fats maintaining a positive energy balance
SMART GOALS:
Short-term goal: Achievable in 6 to 8 weeks
Example: Weight lifter aims to increase strength by adding 5 kilograms of weights each week
Long-term goal: Achievable in 6 months or more
Example: Ana aims to lose 20 kilograms of weight by the end of the year