2.5 L=
The Correct Answer is ["2500"]
Calculation:
To convert liters (L) to milliliters (mL), the conversion factor is:
1L = 1000mL
Given:
(2.5L×1000mL)/ 1L
= 2500mL
Thus, 2.5 L = 2500 mL.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Narrowing of the inferior vena cava, causing low blood flow and increases in venous pressure resulting in varicosities. The inferior vena cava does not significantly narrow with aging. Varicosities are more commonly due to valve insufficiency in the veins rather than vena cava narrowing.
B. Progressive atrophy of the intramuscular calf veins, causing venous insufficiency. Venous insufficiency is common in older adults, but it is primarily due to valve dysfunction and prolonged venous pressure rather than atrophy of calf veins.
C. Peripheral blood vessels growing more rigid with age, producing a rise in systolic blood pressure. Aging leads to arteriosclerosis, where blood vessels become stiffer, reducing their ability to expand and contract, which contributes to increased systolic blood pressure. This is a well-documented normal physiologic change in older adults.
D. Hormonal changes causing vasodilation and a resulting drop in blood pressure. While some hormonal changes occur with aging, they do not typically lead to significant vasodilation. In fact, the loss of vascular elasticity and autonomic dysfunction can contribute to postural hypotension, but not a generalized drop in blood pressure.
Correct Answer is D
Explanation
A. Temperature, pulse, respirations, BP. While these are standard vital signs, they do not include oxygen saturation or pain level, both of which are critical in a patient with chest pain.
B. Temperature, pulse, respirations, BP, pain. Pain is an essential assessment, especially for chest pain, but oxygen saturation should also be measured to assess for hypoxia, which can contribute to cardiac symptoms.
C. BP, respirations, temperature, pulse. This option omits both oxygen saturation and pain level, which are essential in evaluating cardiac and respiratory function in a patient presenting with chest pain.
D. Temperature, pulse, respirations, blood pressure, O2 sat, pain. This option includes all critical assessments for a patient with chest pain. Oxygen saturation helps assess respiratory and circulatory efficiency, and pain assessment is vital in determining the severity and possible cause of the chest pain.
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