None of these. You want to limit stress.
The correct compressions-to-ventilations ratio during a 1-person rescue on an adult is 30 compressions to 2 breaths (30/2).
<h3>What is the ratio of compression to ventilation for a 1 person rescue?</h3>
- Prior to the American Heart Association changing the criteria owing to studies, compression depth and rate for people of different ages were not the same.
- According to research, one or two-person CPR requires the same or a minor adjustment.
- The compression ratio for a single rescuer conducting CPR on an adult, child, newborn, or neonate is 30/2. The changes are minute, but they necessitate prompt response.
- Two breaths are administered for every 30 compressions. However, healthcare personnel must use a pocket mask or breathing equipment.
- The AHA does not need laypeople to take breaths, but it does require that chest compressions at 100 to 120 compressions per minute begin immediately.
To learn more about CRP from the given link
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Answer:
The different skeletal muscle fiber types vary in the speed and duration of their twitches due to -
b) They vary in the rate of hydrolysis of ATP
c) They vary in the removal of Ca+ from the cytosol
Explanation:
There are mainly two types of muscle fibers , i.e.
a) slow twitching, long contraction duration( type I fibers)
b) First twitching but short duration of contraction. ( type II fibers).
Now think of the physiology of muscle. Two components are important, cytosolic Ca++ concentration and Availability of ATP. K+ is related to the action potential ( none or all law, there is no relation to the duration with respect to the potassium). For long contraction muscle fibers need a more steady supply of ATP, and also consistent high concentration of cytosolic Ca++ for muscle contraction to happen. So, these two factor is important for the duration of twitching. So the answer is option f .
Answer:
inattentional blindness
Explanation: The statement of question is the definition
