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Why increased activity of sweat and sefaceous glands?
Increased activity of sweat and sebaceous glands can be caused by factors such as stress, hormonal changes, heat, exercise, or certain medical conditions. This heightened activity can lead to excessive sweating (hyperhidrosis) or oily skin, which may require treatment depending on the underlying cause.
Does blood flow to the kidneys increase during vigorous exercise?
Yes, blood flow to the kidneys typically increases during vigorous exercise to help meet the increased oxygen demand of the muscles. This increased blood flow helps the kidneys maintain proper filtration rates even during intense physical activity.
Why do you breath faster during increased activity?
When you exercise, your breathing rate increases to take in more oxygen and give out carbon dioxide. Your heart rate increases so that the heart can pump blood containing more oxygen and digested food around your body faster. This is to produce more energy for your body.
How does the synovial fluid becomes less vicious during exercise?
During exercise, synovial fluid becomes less viscous due to the increased movement and warming of the joints, which promotes the activity of the synovial membrane. This process enhances the secretion of hyaluronic acid and reduces the concentration of proteins, leading to a thinner, more lubricating fluid. Additionally, the shear stress generated during joint movement helps to break down the molecular structure of the fluid, further decreasing its viscosity. This reduction in viscosity allows for improved joint lubrication and mobility during physical activity.
What two general categories of physical activity receive the most attention in kinesiology?
The two general categories of physical activity that receive the most attention in kinesiology are exercise physiology and biomechanics. Exercise physiology focuses on how the body responds and adapts to physical activity, while biomechanics studies the mechanics and movements of the body during exercise and physical activity.
What caused the change in ESV volume with exercise?
increased activity of the heart
Is your blood pressure higher after exercise?
Yes, blood pressure can be higher after exercise due to the increased demand on the heart and blood vessels during physical activity.
Physiology of exercise?
The effects of exercise are at many levels since the increased activity requires a parallel increase in the rate of metabolism and produces waste products that must be disposed. In addition the increased activity produces heat that is dissipated at a cost in lost of fluid (blood volume decreases) and salt loss. Finally, there The effects of exercise are at many levels since the increased activity requires a parallel increase in the rate of metabolism and produces waste products that must be disposed. In addition the increased activity produces heat that is dissipated at a cost in lost of fluid (blood volume decreases) and salt loss. Finally, there are neurotransmitters released with exercise: natural endorphins. The effects of exercise are at many levels since the increased activity requires a parallel increase in the rate of metabolism and produces waste products that must be disposed. In addition the increased activity produces heat that is dissipated at a cost in lost of fluid (blood volume decreases) and salt loss. Finally, there The effects of exercise are at many levels since the increased activity requires a parallel increase in the rate of metabolism and produces waste products that must be disposed. In addition the increased activity produces heat that is dissipated at a cost in lost of fluid (blood volume decreases) and salt loss. Finally, there are neurotransmitters released with exercise: natural endorphins.
Can exercise cause night sweats?
Yes, intense exercise can sometimes cause night sweats due to the body's increased temperature and metabolism during physical activity.
What are physiological factors that are results of warming up?
Warming up (light exercise before more strenuous exercise) results in vasodilation of the skeletal circulation. This causes increased blood supply to the skeletal muscle to satisfy the oxygen and nutrient demands of the increased metabolic activity of the muscle during exercise.
Why is exercise and a healthy diet important to a strong circulatory system?
Exercise and a healthy diet leads to maintaining a strong circulatory system because people who eat poorly can have clogged circulatory passageways. The circulatory system is also propelled by a system of muscles, therefore exercise may increase the efficiency of overall muscle performance. Exercise also increases heart rate, and makes the heart stronger. Since the heart is one of the main pumps of the circulatory system, a stronger heart would prove to create a stronger circulatory system.
Why increased activity of sweat and sefaceous glands?
Increased activity of sweat and sebaceous glands can be caused by factors such as stress, hormonal changes, heat, exercise, or certain medical conditions. This heightened activity can lead to excessive sweating (hyperhidrosis) or oily skin, which may require treatment depending on the underlying cause.
How the circulatory systen can be kept heathy?
with proper diet and exercise
How does the production of mucus change when exercising?
When you exercise, your body produces more mucus to help moisten and protect your airways. This increased mucus production is a natural response to the increased breathing and exertion during physical activity.
Is increase in the efficiency of the circulatory system an unusual result of exercise?
Yes.
What is physical activity that is planned structured and involves what bodily movements?
physical activity
Where does your blood go when you exercise?
Exercise is strenuous activity that requires one to inhale and exhale at a faster pace then normal. When you exercise, you inhale oxygen and let the oxygen flow through your lungs. The lungs then push oxygen to the blood which then "refills" red blood cells with oxygen and continuously flows all around the the circulatory system. So the excercise directly affects your blood.
