Answer:
Endocrine, Respiratory, Circulatory, Digestive, Skeletal, Muscular, Nervous, Urinary. Panther, Yes...assumedly.
Explanation:
Based on the information we have, we can confirm that when Simon is looking for the bottle containing pleural fluid, he should gravitate towards the bottle with a clear or slightly yellow liquid.
<h3>Why should he choose this bottle?</h3>
Simon is looking for pleural fluid. This means that he is looking to find a bottle with a sample of the fluid used by the lungs to allow breathing to take place. This liquid is described as a clear or slightly yellow-colored liquid.
Therefore, we can confirm that when Simon is looking for the bottle containing pleural fluid, he should choose the bottle with a clear or slightly yellow liquid.
To learn more about the lungs visit:
brainly.com/question/271268?referrer=searchResults
Answer:
right answer is option no c cardiology
Answer:
Most likely he has injured his <u>Calcaneal tendon</u> and the bulge is <u>triceps surae or calf muscle.</u>
Explanation:
The calcaneal tendon is the thickest tendon, which is present at the back of the lower leg and begins at the middle of the calf. It is covered with skin and fascia and connects the bones with the muscles.
The calf muscles or the triceps surae, are the muscles present in the calf of the leg.The calf muscles act via the tendon and cause flexion of the knee and the ankle.
<u>While exercising, an overuse of the calcaneal tendon, can result in pulling of the calf muscles from the Achilles tendon. Thus causing a tear in the calf muscle, which appears like a bulge.</u>
Answer:
( a ) Voltage gated channels - channel can open and close based on membrane potential. At rest, the channel is closed and it opens at threshold.
Explanation:
Voltage Gated Channels -
It is a channel with a cluster of proteins present in the membrane .
The function of voltage - gated channel is to open for the some values of membrane potential and close for others . In maximum cases , the relation between channel state and membrane potential is probabilistic and requires a time lag . The ion channel can even flip the conformations at an unpredictable times , the membrane potential even determines the rate of transition and the probability per unit time of each and every transition .
