The maximum volume of air breathed in during the period of rest for each minute is 500 ml also known as tidal volume.
Tidal volume is simply each breath a person takes. It is a significant factor in both minute and alveolar ventilation. The quantity of air that enters the lungs each minute is measured by minute ventilation also referred to as total ventilation. It is a function of both tidal volume and respiratory rate.
A physiological term called tidal volume (Vt or TV) is used to indicate how much air is generally moved during inspiration and expiration when you are at rest. Spirometry, a non-invasive test, is used to measure it. Adults breathe on average seven milliliters (mL) every kilogram (kg) of ideal body weight.
When it comes to configuring the ventilator in critically ill patients, tidal volume is crucial. Delivering a tidal volume that is both large enough to sustain proper breathing and small enough to prevent lung trauma is the objective.
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Answer:
<em>The correct option is C) plant</em>
Explanation:
The organism cannot be an animal because animals do not possess a cell wall. Hence, option A is false.
The organism cannot be bacteria because bacteria do not have membrane-bound organelles such as the nucleus. Hence, option B is false.
Plants do possess a cell wall and membrane-bound organelles. All the structures mentioned by the scientist, a cytoskeleton, mitochondrion, nucleus, cell wall, ribosomes can be seen in a plant cell. Hence, option C is correct.
Answer:
i thin second one i thinl so it cirret
Answer:
C
Explanation:
This process is referred to as a dehydration synthesis because a water molecule is produced for every bond. Each bond produces an -OH from the carboxyl of the preceding amino and a -H from the amino group of the next amino acid involved in the bond – the OH and H combine to form a water molecule (H2O) and a peptide bond is formed
