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| Section | Weight | Objectives |
|---|---|---|
| Program Design | 26% | - Training Principles
|
| Program Implementation | 31% | - Nutrition and Lifestyle
|
| Exercise Science | 22% | - Biomechanics and Kinesiology
|
| Business Applications | 21% | - Business Management
|
>> Latest NESTA-PFT Exam Question <<
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NEW QUESTION # 68
Atherosclerosis begins when_____________________________________________.
Answer: C
Explanation:
Atherosclerosis is a complex process, often starting with damage or inflammation to the inner walls of arteries. This damage can be caused by various factors such as high blood pressure, smoking, high cholesterol, or diabetes. The damage to the arterial wall results in a response from the immune system, which includes the accumulation of macrophages, a type of white blood cell. These macrophages consume cholesterol and other lipids, leading to the formation of what is known as foam cells.
As these foam cells accumulate, they form fatty streaks along the arterial wall. Over time, additional lipoproteins (low-density and very low-density lipoproteins, specifically) are deposited at these damaged sites. These lipoproteins can oxidize, further attracting more macrophages and propagating the cycle of inflammation and deposition. This leads to the formation of a plaque, which is a build-up of lipids, cholesterol, calcium, and cellular debris.
As the plaque continues to grow, it can harden and cause the arteries to lose their elasticity, a condition known as arteriosclerosis. The growing plaque can also impede the flow of blood through the artery. This restricted blood flow can lead to various complications depending on where in the body the artery is located. For example, if the blockage occurs in the coronary arteries, it can lead to chest pain (angina) or a heart attack. If it occurs in the cerebral arteries, it can lead to a stroke.
Therefore, while the deposition of lipoproteins at the site of arterial damage is a crucial part of the development of atherosclerosis, the process begins with the initial inflammation and damage to the arterial wall. Recognizing the inflammation as the starting point is key to understanding how to prevent and treat this condition effectively.
NEW QUESTION # 69
The skinfold measurement should be taken ______seconds after the calliper pressure is released.
Answer: B
Explanation:
The skinfold measurement should be taken 2 seconds after the caliper pressure is released. This timing is critical to ensure that the skin and subcutaneous fat have enough time to react naturally to the pressure of the caliper, providing a more accurate measurement of the skinfold thickness.
2 When conducting skinfold measurements, it is essential to measure the thickness to the nearest 1/2 to 1 mm for precision. To enhance the reliability of the measurements, a minimum of two measurements should be taken at each site. It is advisable to take these measurements in a rotational order, which means rotating through different sites before returning to the first site. This approach prevents the skin at any single site from being compressed consecutively, which could potentially affect the elasticity and pliability of the skin, leading to inaccuracies in the recorded measurements.
NEW QUESTION # 70
The average person who does resistance training should intake how many grams of protein per kg. of body weight?
Answer: A
Explanation:
The average person who engages in resistance training should ideally consume between 1.2 to 1.7 grams of protein per kilogram of body weight each day. This recommendation is based on a broad consensus among sports nutritionists and dietetic associations which suggest that this range is sufficient to support muscle repair, growth, and overall recovery needed from the stress of weightlifting or resistance exercises.
Protein is a crucial macronutrient in the diet of individuals performing resistance training because it contains amino acids, which are the building blocks for muscle. After engaging in resistance training, muscles undergo wear and tear, and the intake of adequate protein facilitates the repair and growth of these muscle fibers. Consuming protein in the suggested range (1.2 - 1.7 grams per kg of body weight) helps ensure that the muscles receive enough amino acids to undergo this essential process.
It is important to note that individual protein needs can vary based on several factors including age, gender, the intensity of exercise, overall health, and specific training goals (such as muscle gain or fat loss). For example, athletes aiming for muscle mass gain might need protein at the higher end of the recommended spectrum or even slightly above it. Conversely, those who are more interested in general fitness might find the lower end of the range adequate.
Additionally, some people might respond differently to various levels of protein intake due to differences in metabolism, digestion, and other physiological factors. These individual variations can affect how well one adheres to their caloric needs and nutrition goals. Therefore, it's beneficial for individuals to monitor their body's response to different protein intakes and adjust accordingly, possibly with the guidance of a dietitian or a nutritionist.
In summary, while the general guideline for protein intake for those involved in resistance training is 1.2 to 1.7 grams per kilogram of body weight, this amount may need to be tailored to meet personal health requirements and fitness goals. Monitoring how your body responds to different levels of protein can be key to finding the optimal intake for supporting muscle repair, growth, and overall training outcomes.
NEW QUESTION # 71
Protein provides ________ calories per gram ingested.
Answer: B
Explanation:
Protein provides **4** calories per gram ingested. This value is a measure of how much energy is released from metabolizing proteins in the diet. Proteins are essential macronutrients that play a critical role in building and repairing tissues, making enzymes and hormones, and supporting immune function. They are polymers composed primarily of amino acids linked by peptide bonds. There are twenty different amino acids that can combine in various sequences to form a protein. The specific sequence of amino acids determines the protein's structure and function.
Proteins can be sourced from both animal and plant-based foods. Animal-based proteins, such as those found in meats, fish, eggs, and dairy products, are considered complete proteins because they contain all nine essential amino acids that the human body cannot synthesize on its own. Plant-based proteins, found in foods like beans, nuts, and whole grains, often lack one or more of the essential amino acids but can be combined with other plant sources to form a complete protein profile.
Despite the common perception that higher protein intake is primarily associated with animal foods, it is entirely feasible to meet protein requirements from a plant-based diet. This can be advantageous as plant-based diets are often lower in saturated fats and higher in dietary fiber, which can contribute to improved heart health and other benefits. It is important for those following a vegetarian or vegan diet to plan their meals to ensure they consume a variety of proteins that together provide all essential amino acids.
Understanding that proteins provide 4 calories per gram can help individuals better manage their dietary intake and energy balance, especially when aiming for specific health and fitness goals. This knowledge assists in meal planning and ensuring a balanced intake of nutrients necessary for optimal body function.
NEW QUESTION # 72
Flexion and extension occur in many joints in the body including the:
Answer: A
Explanation:
Flexion and extension are two fundamental types of movement that occur at various joints throughout the human body. These movements are crucial for performing daily activities and are central to human biomechanics.
Flexion is the movement that decreases the angle between two body parts. For example, when you bend your elbow or your knee, you are performing flexion. This movement essentially brings two parts of a limb closer together. Flexion is not limited to the limbs; it also occurs in other parts of the body such as the spine.
Extension is the opposite of flexion; it involves increasing the angle between two body parts. When you straighten your leg at the knee or your arm at the elbow, you are performing extension. Extension returns a body part to its anatomical position after it has been flexed. Like flexion, extension can occur in various parts of the body including the vertebral column.
The joints where flexion and extension movements are most prominent include: - **Shoulder**: Allows for both flexion (raising the arm forward) and extension (moving the arm backward). - **Elbow**: Primarily known for flexion (bending the arm) and extension (straightening the arm). - **Wrist**: Capable of flexion (bending the wrist downward) and extension (bending the wrist upward). - **Hip**: Involved in flexion (lifting the thigh towards the abdomen) and extension (moving the thigh backward). - **Knee**: Primarily performs flexion (bending the knee) and extension (straightening the knee). - **Foot**: Engages in flexion (pointing the toes down) and extension (pointing the toes up). - **Hand**: Exhibits flexion (curling the fingers) and extension (straightening the fingers).
Understanding these movements is important for various fields such as physical therapy, sports science, and orthopedics. Proper function of flexion and extension is essential for mobility and activity, and impairment in these movements can significantly affect a person's quality of life. Thus, the joints of the shoulder, elbow, wrist, hip, knee, foot, and hand are all critical sites where flexion and extension occur, enabling a wide range of movements necessary for everyday tasks and athletic activities.
NEW QUESTION # 73
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