Answer:
A tumor refers to a lump or mass of tissue, which may look like an inflammation. However, not all tumors are cancerous. The development of a tumor takes place when the proliferation of cells takes place too briskly.
The size of a tumor can vary in size, that is, from a large mass to a tiny nodule, on the basis of the type, and it can appear almost anywhere on the body. There are primarily two type of tumor known. These are benign, that is, non-cancerous and malignant, that is, cancerous.
In the given case, the patient possessing a tumor in the vertebral cavity or the canal would likely develop symptoms first. This is due to the fact that vertebral cavity exhibits less space in comparison to the abdominopelvic cavity. Therefore, the tumor would interfere with the muscles, nerves, and other parts of the body before the abdominopelvic tumor would develop large enough to disturb the organs present in that cavity.
Answer: False
Explanation:
Getting a handle on all of the tasks that have to be done is a great start, but it’s not enough to know the tasks and the order they come in. Before you can put the final schedule together, you need to know who is going to do each job, and the things they need so they can do it.
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The correct compressions-to-ventilations ratio during a 1-person rescue on an adult is 30 compressions to 2 breaths (30/2).
<h3>What is the ratio of compression to ventilation for a 1 person rescue?</h3>
- Prior to the American Heart Association changing the criteria owing to studies, compression depth and rate for people of different ages were not the same.
- According to research, one or two-person CPR requires the same or a minor adjustment.
- The compression ratio for a single rescuer conducting CPR on an adult, child, newborn, or neonate is 30/2. The changes are minute, but they necessitate prompt response.
- Two breaths are administered for every 30 compressions. However, healthcare personnel must use a pocket mask or breathing equipment.
- The AHA does not need laypeople to take breaths, but it does require that chest compressions at 100 to 120 compressions per minute begin immediately.
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A nurse obtains a medical history from a patient that is admitted to the emergency department, using the mnemonic AMPLE to gather:
B. Food allergies
C. Previous Medications
E. Tetanus vaccination
- The nurse gathers information on the disease, the amount of time after the incident, the therapy given, the patient's reaction, and degree of consciousness during the secondary survey.
- The acronym AMPLE reminds nurses to inquire about A, drug, food, latex, and environmental allergies; M, medication history; P, past health history, tetanus, and immunizations; L, last meal; and E, incidents or environmental factors that contributed to the illness.
- Before assessing the health history at the beginning of the secondary survey, the nurse checks the patient's vital signs and blood pressure.
DISCLAIMER
A nurse obtains a medical history from a patient that is admitted to the emergency department, using the mnemonic AMPLE to gather what patient information? Select all that apply.
A. Blood pressure
B. Allergies to food
C. Medication history
D. Full set of vital signs
E. Tetanus immunization
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Answer:
(A) - The volume of the blood plasma increases on overhydration and decreaes on dehydration.
(B) - Osmolality of blood increases with the dehydration and decreases with the overhydration.
Explanation:
If the levels of drinking water is increased, then the plasma becomes more dilute and the plasma volume increases because <u>the water will be reabsorbed more and which as a result reduces plasma concentration of the solutes and increases volume of plasma.</u>
Plasma osmolality measures electrolyte-water balance of the body. <u>As mentioned, above on overhydration, the plasma concentration of the solutes decraeses which also decreases osmolality. So, Osmolality of blood increases with the dehydration and decreases with the overhydration. </u>Increased osmolality in blood stimulate the secretion of antidiuretic hormone which results in the increased water reabsorption and therefore, more concentrated urine and hence blood plasma with less concentration.
