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    What Are Fitness Components?

    Listed below are the four main components of fitness. They are Body composition, Muscular endurance, Power, and Speed. Each component plays an important role in achieving your fitness goals. Let’s examine these components one by one. Then, decide which one is most important for your health. If you feel that your overall health is suffering, you might want to consider a comprehensive health check-up. But how do you know which components are most important?


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    Body composition

    Body composition measures your body’s overall health and fitness. While a bathroom scale cannot determine how much fat you carry, body composition measurements can. While less fat in the body means better health, there are certain components that should be considered in determining fitness. Visceral fat surrounds your abdominal organs and cushions them. Fat also provides energy, makes certain hormones, and serves as the building-block of cell membranes. If you have less fat than muscle, it can mean a faster metabolism.

    The goal of your workout should include a variety of fitness components. Athletes should focus on improving flexibility, strength, and stamina. Flexibility increases the range of motion in the joints and allows you to perform functional exercises like lunges. This will improve your ability to do everyday tasks. The third component of fitness is body composition, which describes your ratio of fat to lean mass. This ratio is called the BMI. The higher the BMI, the higher your risk of heart disease and other health problems.

    Muscular endurance

    Strength, muscular endurance and fitness components are interconnected, but often overlooked. While strength and muscle tone are critical aspects of a well-rounded fitness program, muscular endurance is the most often overlooked. Strength training helps improve these components, and there are many ways to train for them. The following are five methods. Read on to learn more about each. Listed below are the benefits of each. A workout should increase all of these components.

    A good pushup will strengthen your chest, shoulders, and triceps. The hands should be shoulder-width apart, above your chest. Begin with your arms straight and bend them slightly while keeping your body upright. Be sure to engage your glutes and core as you bend your arms back to the starting position. Pushups require you to be able to hold a weight for about one minute and then return to your starting position.

    Power

    One of the most vital components of physical performance is power. Power refers to the capacity of the human body to produce a great amount of force in a short period of time. Power is also referred to as rate of force development. Increasing power in an athlete requires both a higher strength component and a faster speed. Explosive movements with low repetitions and high resistance are essential for enhancing power. The high-resistance movements will help you accelerate quickly and become more explosive.

    Athletes use power to refine their maximum strength and improve their agility. Power gives athletes the ability to jump higher, run faster, and throw harder. While sprinting and pitching baseball and throwing javelins are mechanically different, both require quick muscle recruitment. In both cases, the more power an athlete has, the greater his or her chances of evading a defender. Power and fitness components are critical to athletes’ success.

    Speed

    While fitness is a multifaceted concept, speed is perhaps the most vital component for many athletes. Sports such as basketball, track, and soccer require an athlete to possess high-speed leg power and endurance. To improve this attribute, training is needed for several factors, including leg strength and power, and appropriate technique. While some of these elements may be more important than others, they all require different approaches. Here are some tips to improve your speed.

    Speed and agility are closely linked. Both are based on how fast an object can move across a specified distance. Athletes who require speed endurance also need agility. The latter is important for sports that require fast movement. In particular, athletes should focus on developing reaction time and speed endurance through short, repetitive sprints. Similarly, endurance training is important for athletes who handle heavy objects. The three factors combine to form the foundation of athletic performance.

    Flexibility

    In this chapter, we review the literature on how flexibility relates to health and disease outcomes. We discuss what makes us flexible, the physiology involved, and some common flexibility tests. Then, we discuss the relationship between flexibility and cardiovascular and respiratory health. These findings provide guidance for health professionals as they design and conduct fitness tests. You can also download this report to learn more about the relationship between flexibility and health. It’s a quick read!

    The CDC literature review includes numerous studies that relate to flexibility. This review identified six hundred and sixteen studies, and extracted the information that was most relevant. These studies, however, were not abstracted because of time or resources constraints. Instead, the authors extracted information from the musculoskeletal, aerobic, and strength research libraries. Of the seven studies included in this review, four were longitudinal, five were experimental, and one was quasi-experimental.

    Categories:   Fitness

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