In this case, the emt should: <span>assist the patient's ventilations with a bag-valve mask.
The key factor of this diagnosis is the cyanotic skin. Cyanotic skin is a discoloration on the skin that's most commonly caused by low oxygen saturation (probably related to the diabetes). As a first aid, the emt should make it easier for the patient to inhale as much oxygen as possible.</span>
Answer:
Yes I am part of the LGBTQ community. Am I out? I don't prefer saying out that just makes it sound like what I am is wrong but I have told my mom so Yes I am. I don't know if she thinks I was joking or not the last time we brought this up was the beginning of the school year. Pronouns not saying for privacy reasons and I am bi I think I might just have a crush on my same gender. Hard to say because well I have only had 3 crushes 2 boys and 1 girl.
Explanation:
Do I really need one
Oh can I have a brainliest I only need 2 more
Insights into the nature of wave propagation that are radically new and qualitative come from the nonlinear theory of gas dynamics.
In the year 1985's Viscoelasticity and Rheology Associated terms Deflection Amplitudes Border Situation Theory of Shells Dynamic Force Continuum Theory Nonlinear functions include, for instance: Given that it is a quadratic function, f(x) = x2 is nonlinear. Given that it is an exponential function, f(x) = 2x is nonlinear. As it stands, f(x) = x3 - 3x is nonlinear. A nonlinear equation is one in which the highest degree of any term is two or greater. Since equation 1 has the highest degree of 2, and equation 2 involves variables x and y, this is an example of a nonlinear equation. + 2x + 1 = 0, 3x + 4y = 5, etc.
The dependant variable in a differential equation needs to be of the first degree for it to be linear. Since x2 is not a first power in the equation x+x2=0, it is not a linear differential equation. Examples of Variables and Nonlinear Relationships Quadratic Relationships, as an example. Cubic relationships, as an example. Exponential Relationships, Example 3. Logarithmic Relationships, Example 4. Cosine Relationships, Example 5. Further Resources.
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Breathing starts at the nose and mouth. You inhale air into your nose or mouth, and it travels down the back of your throat and into your windpipe, or trachea. Your trachea then divides into air passages called bronchial tubes.
For your lungs to perform their best, these airways need to be open during inhalation and exhalation and free from inflammation or swelling and excess or abnormal amounts of mucus.
The LungsAs the bronchial tubes pass through the lungs, they divide into smaller air passages called bronchioles. The bronchioles end in tiny balloon-like air sacs called alveoli. Your body has over 300 million alveoli.
The alveoli are surrounded by a mesh of tiny blood vessels called capillaries. Here, oxygen from the inhaled air passes through the alveoli walls and into the blood.
After absorbing oxygen, the blood leaves the lungs and is carried to your heart. Your heart then pumps it through your body to provide oxygen to the cells of your tissues and organs.
As the cells use the oxygen, carbon dioxide is produced and absorbed into the blood. Your blood then carries the carbon dioxide back to your lungs, where it is removed from the body when you exhale.
Answer:
Endocrine gland in the pancreas plays a major role in the digestion of food. Beta cells of the pancreas produce a hormone known as insulin. Insulin secretes into the blood when the sugar level increases (mainly after the meal). It lowers the glucose levels in the blood. It also plays a role in the storage of extra energy in the form of glycogen in the muscles and adipose tissues.
On the other hand, pancreatic enzymes are produced by exocrine gland that secrete into the gastrointestinal (GI) tract. Pancreatic enzymes help complete the digestion process by breaking biomolecules into simpler compounds to yield energy. There are different pancreatic enzymes, for example, pancreatic amylase, trypsin, chymotrypsin, pancreatic lipase, and ribonuclease. These enzymes are specific because of their functions. Pancreatic amylase breaks larger polysaccharides (carbohydrate) molecules into simpler ones. Trypsin and chymotrypsin break protein molecules into its amino acid subunit.
