Answer:
Heart failure
Explanation:
A client with heart failure has decreased cardiac output caused by the heart's decreased pumping ability. A buildup of fluid occurs, causing dyspnea, dependent edema, hepatomegaly, crackles, and jugular vein distention. A client with pulmonary embolism experiences acute shortness of breath, pleuritic chest pain, hemoptysis, and fever. A client with cardiac tamponade experiences muffled heart sounds, hypotension, and elevated central venous pressure. A client with tension pneumothorax has a deviated trachea and absent breath sounds on the affected side as well as dyspnea and jugular vein distention.
Answer:
D. the proximal convoluted tubule
Explanation:
The answer is <u>bleeding.</u>
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Risk the nurse is trying to prevent is bleeding.
What is bleeding?
Blood loss from the circulatory system is referred to as bleeding. Small cuts and abrasions to severe cuts and amputations are examples of possible causes. Body injuries can also cause internal bleeding, which can range in severity from modest (visible as superficial bruising) to significant hemorrhage.
In order to stop serious external or internal bleeding while waiting for emergency medical assistance, first aid is essential. Applying direct pressure to the wound, maintaining the pressure using pads and bandages, and, if feasible, lifting the damaged limb above the level of the heart are all first aid measures to manage external bleeding.
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Answer:
True
Explanation:
<u>Rotational and linear motions are analogous to each other.</u>
<u>The inertia of a body in a linear motion is its mass.</u> This can be seen from Newton's second law of thermodynamics:
F = ma
The larger the value of the force, the larger the inertia is (m) and the slower it accelerates.
<u>The inertia of a body in a rotational body is it moment of inertia (I).</u> Both I and m are same but I depends on both the shape and mass of the rotating body.
For example, The inertia of a solid disk with mass M and radius R is:
Hence, the statement is true.
Answer:
Atropine is highly potent antagonist of G-Class proteins of receptors termed as muscarinic acetylcholine receptors. Atropine blocks the action of these receptors and suppress the effects caused by parasympathetic nervous system. These complications of Atropine may lead to Tachycardia in patients administrated with atropine.
