Is VO2 max a good predictor of aerobic exercise performance? Why?
Yes,VO2 max is a good predictor of aerobic exercise performance because aerobic exercises are mainly depends upon the intake and use of oxygen to meet the energy demand during exercise.Aerobic exercises are also called as cardio vascular exercises as these exercises increases the heart rate and involves more muscular movement.So, these exercises needs more oxygen to generate more energy for muscular mvement. VO2 max is a body's ability to consume oxygen.It is used to measure maximum volume of oxygen that an athlete can use and it is measured in the millilitres per kilogram of body weight per minute.If we increase our effort in exercise the amount of oxygen we consume is also increases.It represents the factors like the amount of oxygen the heart can pump and how much oxygen the muscle can use.So, it is an external parameter for heart,lungs and skeietal factors.So,it is a good predictor of aerobic exercise performance as by comparing the VO2 max of two athletes.
Optimal recovery from exercise for an untrained individual should be at: OA. 70-85% max VO2 OB. 50-65% max VO2 OC. 30-45% max VO2 OD. 10-25% max VO2
In determining VO2 max i) What criteria justifies whether VO2 max has been reached and justify. ii) If only VO2 peak can be seen graphically can this also reflect VO2 max. Explain
Which of the following is true related to hyperoxia and aerobic exercise performance? Substantially enhanced performance when administered before exercise. Substantially enhanced performance when administered during exercise. Substantially enhanced performance when administered after exercise. No effect on performance when administered either before, during or after exercise.
8. With well-trained runners, what threshold intensity (as% VO2 max) is needed to further improve VO2 max? 9. With moderately trained athletes, what threshold intensity (as% VO2 max) is needed to further increase VO2 max?
what factors can affect VO2 max.
QUESTION 28 Optimal recovery from exercise for an untrained individual should be at: A. 70-85% max VO2 B.50-65% max VO2 C: 30-45% max VO2 D. 10-25% max VO2
how do you turn Vo2 max into a percentage?
A non-athletic student from the physiology lab was inspired by the VO2-max test and decided to go train for a bike race. Over time, she increased the mitochondrial density in her leg muscles by 10%. If she comes back to do the VO2-max test again, what will be the most likely effect of training on a-v O2-difference? A) It will be higher after training B) It will be the same as before C) It will be lower after training *In...
In the previous question, you identified the individual who was completing aerobic exercise. This aerobic exercise helps to increase , or the ability to perform moderate-to-high-intensity activity involving large muscle groups for long periods of time. a.flexibility b.cardiorespiratoryfitness c.muscuskeletal fitness Identify the activities that would most likely improve an individual’s cardiorespiratory fitness. Check all that apply. Front squatting Running Swimming Yoga The excitation, contraction, and relaxation of skeletal muscle require the use of ATP. Because only limited stores of ATP are...
In the previous question, you identified the individual who was completing aerobic exercise. This aerobic exercise helps to increase a. flexibility b. cardiorespiratory c.musculoskeletal fitness , or the ability to perform moderate-to-high-intensity activity involving large muscle groups for long periods of time. Identify the activities that would most likely improve an individual’s cardiorespiratory fitness. Check all that apply. a.Front squatting b.Running c.Swimming d.Yoga The excitation, contraction, and relaxation of skeletal muscle require the use of ATP. Because only limited stores...