Source of Water Gain: Drinking: Increase, Eating: Increase.
Source of Water Loss: Cutaneous transpiration (evaporation through the skin): Decrease, Urinating: Decrease, Sweating: Decrease and Breathing: Decrease
Drinking water increases water levels in the body as it provides hydration and replenishes fluids.
Eating food, especially foods with high water content, contributes to water gain in the body.
Cutaneous transpiration refers to the evaporation of water through the skin. This process can result in water loss and decreased water levels in the body.
Urinating leads to the excretion of water from the body, resulting in decreased water levels.
Sweating causes water loss through the production of sweat, which evaporates from the skin surface. This contributes to decreased water levels.
Breathing, particularly through processes like respiration and evaporation from the respiratory system, can lead to water loss and decreased water levels in the body.
It is important to note that maintaining an appropriate balance of water intake and water loss is crucial for overall health and well-being.
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what was the subject of the book by vesalius that changed the field of medicine?
The subject of the book by Vesalius that changed the field of medicine is anatomy.
The book by Vesalius that changed the field of medicine is called De humani corporis fabrica libri septem which was published in 1543. The book is a comprehensive study of human anatomy that provided a detailed description of the human body's structure and the functions of its various organs. The book was highly influential in the development of modern medicine, as it challenged many of the traditional views on anatomy and physiology that had been held for centuries.
Vesalius based his book on his own observations, including dissections of human cadavers, rather than relying on the works of earlier authorities. This approach allowed him to make many groundbreaking discoveries about the human body's structure and function, including the discovery of the true structure of the heart and the role of the lungs in respiration.
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Which of the following is not consistent with the resilience model proposed by Miller-Kraus?
A.This resilience model is based on neurophysiology.
B.The resilience zone in an internal state of adaptability and flexibility.
C.We feel our best when we have a strong sympathetic system to regulate emotions.
D.We feel our best and deal effectively with life when we are in our resilience zone.
The statement that is not consistent with the resilience model proposed by Miller-Kraus is C.We feel our best when we have a strong sympathetic system to regulate emotions.
Miller-Kraus' resilience model places emphasis on how well the sympathetic (fight-or-flight) and parasympathetic (rest-and-digest) systems of the autonomic nervous system are balanced. According to the paradigm, people are in their zone of resilience when both systems are equally active and promote flexibility and adaptability.
The statement, however, runs counter to this concept by implying that having a robust sympathetic system to control emotions is necessary for feeling our best and managing life well. The model thus, places more emphasis on harmony among the sympathetic and parasympathetic nervous systems than it does on the power of the sympathetic nervous system alone.
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