A nurse is preparing to administer hydrocortisone 100 mg IM daily to a client. Available is hydrocortisone 250 mg/2 mL. How many mL should the nurse administer per dose?
(Round the answer to the nearest tenth number. Use a leading zero if it applies. Do not use a trailing zero.)
The Correct Answer is ["0.8"]
To calculate the amount of mL to administer, the nurse should use the following formula:
(mg ordered / mg available) x mL available = mL to administer
Substituting the values from the question, the nurse should do the following:
(100 mg / 250 mg) x 2 mL = 0.8 mL
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Hyperextended position, or backward bending of the neck, is the correct position for the client's neck during a bronchoscopy procedure with a rigid scope and general anesthesia. This position allows the provider to insert the scope through the mouth and into the trachea and bronchi, while avoiding injury to the teeth, tongue, or larynx. It also facilitates visualization of the airways and removal of foreign bodies or secretions.
b) Neutral position, or alignment of the head and neck with the spine, is not the correct position for the client's neck during a bronchoscopy procedure with a rigid scope and general anesthesia. This position may interfere with the insertion of the scope and cause damage to the oral structures or airways.
c) Extended position, or forward bending of the neck, is not the correct position for the client's neck during a bronchoscopy procedure with a rigid scope and general anesthesia. This position may obstruct the airway and make it difficult for the provider to insert the scope and access the bronchi.
d) Flexed position, or downward bending of the neck, is not the correct position for the client's neck during a bronchoscopy procedure with a rigid scope and general anesthesia. This position may compress the airway and prevent adequate ventilation and oxygenation of the client.
Correct Answer is ["0.75"]
Explanation
To calculate the volume of solution, use the formula:
mL = (desired dose in mg / available dose in mg) x 1 mL
Plug in the given values:
mL = (6 mg / 8 mg) x 1 mL
Simplify and solve:
mL = 0.75 x 1 mL
mL = 0.75 mL
Round to the nearest hundredth and add a leading zero if needed:
mL = 0.75 mL
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