If the energy needs of your body change, as it does during periods of intense exercise, what do you expect to happen to your oxygen consumption? How does this relate to increased breathing and heart rates? please be more detailed.
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- If the energy needs of your body change, as it does during periods of intense exercise, what do you expect to happen to your oxygen consumption? How does this relate to increased breathing and heart rates? please be more detailed.
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- The oxygen consumed after strenuous exercise stops is significantly greater than the oxygen deficit and is termed excess postexercise oxygen consumption (EPOC). Why is so much more oxygen required after intense exercise?Which of the following describes an example of a negative feedback loop that occurs during exercise? Decreased CO2 levels trigger an increased breathing rate which serves to bring the CO2 levels back down to normal levels None of these options are correct Decreased CO2 levels trigger an decreased breathing rate which serves to bring the CO2 levels back down to normal levels O Increased CO2 levels trigger an increased breathing rate which serves to bring the CO2 levels back down to normal levelsRead over the following article from the New York Times It describes a study in which researchers look at the changes in different types of molecules during exercise. For this question, complete the following: Briefly summarize the article Provide information about the study as to what they were looking at and any results or findings. Discuss your interest in a exercise system or response described in the article and outline how you would find more information on this topic.
- Besides blood glucose level and blood oxygen level, what other body conditions are also disrupted by your exercise? Name at least two.Several different mechanisms are used to generate the energy needed to complete an exercise bout. Put these mechanisms in order of use. Aerobic Respiration Kreb's cycle and Electron Transport 1 Chain Anaerobic glycolysis Creatine Phosphate ATP stored in muscleDuring intense exercises and when muscles are working harder, our cells metabolize glucose rapidly resulting to oxygen molecules being quickly consumed. Which of the following becomes the human body's coping mechanism in response to limited oxygen supply? faster breathing and lower blood circulation slower breathing and faster blood circulation faster breathing and faster blood circulation slower breathing and slower blood circulation
- What are the physiological changes that can occur when an individual adds resistance training to their current aerobic endurance training program? Give as much detail as you can on changes within the neuromuscular system, musculoskeletal system, and cardiorespiratory system. Also, Provide me with a trending exercise myth or fitness myth about aerobic endurance training.Endurance athletes sometimes follow the exercise-and-diet plan described here: 7 days before an event, do exhaustive exercises so as to all but deplete glycogen stores. For the next 2 to 3 days, consume few carbohydrates and do moderate- to low- intensity exercises. Finally, 3 to 4 days before the event, consume a diet rich in carbohydrates. Explain the benefits of this regime.Detraining occurs rapidly. How long does it take for changes in metabolic and exercise capacity to occur? 3-4 days 1-2 days 3-4 weeks 1-2 weeks
- Dave describes his level of physical activity as very sedentary. His 34 year old, 75 kg male friend who is vigorously physically active would have only a slightly higher daily energy requirement than Dave (32 year old, 136.1 kg) does. Explain why this would be the case despite Dave leading a very sedentary lifestyle.We have looked at exercise from a couple of perspectives now. Of the sets of physiological parameters below, which is a combination of one parameter that increases, one that decreases and one that doesn't change with vigorous exercise in that order? Tidal volume, Inspiratory reserve volume, stroke volume Forced vital capacity, heart rate, cardiac output Hematocrit, forced vital capacity, respiratory rate Stroke volume, expiratory reserve volume, forced vital capacity Heart rate, tidal volume, hematocritThe Lactate (anaerobic) threshold Group of answer choices occurs at a higher intensity of exercise with endurance training is unchanged by endurance training is decreased following endurance exercise training is eliminated after aerobic exercise training