Answer:
Explanation:
From the question, Harry seem to have forgotten that It's the CO2 (carbondioxide) level not the O2 (oxygen)level that gives rise to the urge to breathe. That is to say that once the CO2 level in the blood is high, the brain will trigger a breathing response, that will cause the person(Harry) to try to gasp for air. Also, Harry is jeopardizing his time and life because Hyperventilation itself reduces the CO2 concentration of the blood to below normal level, this makes the bloods pH value to raise, this in turn causes the constriction of the blood vessels that supply the brain, and prevents the transportation of certain electrolytes necessary for the function of the nervous system.
Answer:
1: Weight Management
2: bone and muscle health
3: relief from physical pains
4: protection against health conditions
5: younger healthier skin
Atrophy - the decrease in the size and strength of a skeletal muscle when it’s not used.
hypertrophy - the increase in the size of a muscle fiber in response to resistance training.
muscle endurance - the ability of a muscle to move a weight repeatedly, or for an extended period of time.
muscle strength - the greatest amount of weight a muscle can move at a single time.
progressive resistance exercise PRE - exercise that strengthens the skeletal muscles through adding more physical strain on them over time and letting them develop and adapt to this stress.
resistance - force or weight that is used to make the muscle work harder to contract.
skeletal muscles - body tissue that is connected to and moves the bones in the body.
you’re welcome!!
The answer is D. A Bacterium
The difference between tobacco and smokeless tobacco is that the smokeless tobacco is something you could chew onto and causes more risk of a heart attack then by smoking tobacco. Tobacco is also dangerous and you would call it secondhand smoking since it’s nothing chewable. And simply just smoking tobacco from 1 to 7 hours could increase a heart attack risk by 24%.
