Answer: Stage 5
Explanation:
The ISSA Drawing in stage is used by fitness professionals to get properly plan a training regiment for a client. It begins with getting the client to trust the professional credentials of the trainer all the way up to building a relationship and data collection and even trying some exercises.
This will enable the client in stage 5 to be able to know what their goals are in terms of a fitness lifestyle. They'll ask themselves critical questions such as; What do I want to accomplish and what are my options to do so?. This information can then be compiled with the previous ones to create a fitness program.
This patient would be considered a priority since this could be potentially life threatening. The oxygen saturation level needs to be addressed right now. This is an important part of being a medical professional deciding what patients are a priority over others. You would not just go give someone a shower and not do anything for the patient with a low oxygen saturation level.
<span>B. higher intensity workout copy the movements performed during the activity
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Answer:
Depends on each body
Explanation:
Weight, age and physical activity has a HUGE factor on the amount of water a person should drink. We know that due to thermo-regulation and our bodies' organs, we lose a lot of water every day. If you exercise a lot, you lose a lot of water via cells that require the water and sweating. According to the U.S. National Academies of Sciences, Engineering, and Medicine, adult males must drink 3.7 litres of water a day and women must drink 2.7 litres. But that is just an estimate since weight and physical activity play a big role too. To conclude, the amount of recommended water to drink daily relies on three factors. Weight, age and physical activity. That is what determines how much water should be drunk daily.
Answer:
developing a disorder seek out situations that are likely to ( Trigger) the onset of the disorder. This is the argument behind the gene environment correlation model, also known as the reciprocal gene environment model.
Explanation:
