<span>In the "all or none" law of muscle contraction, it states that when the stimulus applied exceeds threshold then the the nerve sending signals to a few muscle fibers will give a complete response; contraction. Graded response is dependent on how many motor units have been recruited. The more motor units, the greater the force in the contraction.</span>
I’m pretty sure the answer is D
It should be mandibular fossa :)
In the lungs, the right bronchus is shorter than the left. During intubation this can lead to the complication of accidental endobronchial intubation.
<h3>What is accidental endobronchial intubation?</h3>
Accidental endobronchial intubation is an insertion that occurs accidentally that generates many complications such as hypoxemia to the non-ventilated lung due to atelectasis or hyperinflation. This intubation occurs mainly in the <em>right bronchus</em> due to its anatomical position that allows a <u>better </u>and <u>faster </u>entry.
Early detection of early endobronchial intubation is important, since this can cause damage to the lung connected to the affected bronchus, such as hypoxemia, and it is not completely ventilated either, since the tube is not correctly placed in its place.
All this can generate hypoxemia affecting one of the most important main organs, the <em>brain</em>, which will have anoxia that generates very rapid brain damage ending in <em>brain death</em>.
Therefore, we can confirm that in the lungs, the right bronchus is shorter than the left. During intubation this can lead to the complication of accidental endobronchial intubation.
To learn more about intubation visit: brainly.com/question/8007054?referrer=searchResults
#SPJ1
The middle temporal visual area (MT or V5) is the brain area near the occipital lobe that has been shown to become active when motion stimuli are perceived, and when the direction of an object's movement is accurately detected. The middle temporal visual area is an area of extrastriate visual cortex and it is connected to a large collection of cortical and subcortical brain regions. This area is composed of high concentration of direction-selective motion stimuli which play important roles in the perception, integration of motion and in the control of some eye movements.
