A client is receiving IV fluids at 100 ml per hour. The nurse is told in report at 1200 that there are 500 ml left in the bag. At what time should the nurse expect to hang a new bag?
Report the time in military time.
The Correct Answer is ["1700"]
To calculate the time when a new IV bag will be needed, we can divide the total volume left in the bag by the infusion rate.
With 500 ml remaining and an infusion rate of 100 ml per hour, it will take 5 hours for the current bag to be depleted.
Since the report was given at 1200 (which is noon in military time), adding 5 hours brings us to 1700, or 5:00 PM.
Therefore, the nurse should expect to hang a new IV bag at 1700 hours in military time.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
B. This is the initial phase of the nurse-client relationship where the individuals first meet. It is characterized by establishing rapport, clarifying roles, setting goals, and developing an agreement or contract for the relationship.
A. This phase occurs towards the end of the nurse-client relationship when goals have been achieved or the relationship is ending for other reasons. It involves summarizing, evaluating progress, and saying goodbye.
C. This phase follows the orientation phase. It is characterized by actively working together to achieve mutually agreed upon goals. During this phase, the nurse and client explore issues, develop and implement solutions, and evaluate progress towards goals.
D. This phase occurs before the nurse and client meet formally. It involves gathering information about the client from various sources, such as medical records or other healthcare professionals.
Correct Answer is B
Explanation
B. pH 7.25, PaCO2 61, HCO3 26
pH is decreased (acidosis).
PaCO2 is elevated (61 mmHg), indicating respiratory acidosis (increased CO2 retention). HCO3 is slightly elevated (26 mEq/L), compensating for the respiratory acidosis.
A. pH 7.45, PaCO2 35, HCO3 22
pH is within normal range (7.35-7.45).
PaCO2 is slightly lower than normal (35 mmHg), indicating mild respiratory alkalosis. HCO3 (bicarbonate) is within normal range (22 mEq/L).
C. pH 7.23, PaCO2 27, HCO3 25
pH is decreased (acidosis).
PaCO2 is lower than normal (27 mmHg), indicating respiratory alkalosis (which is unlikely in the context of morphine overdose with hypoventilation).
HCO3 is within normal range (25 mEq/L).
D. pH 7.54, PaCO2 59, HCO3 26
pH is increased (alkalosis).
PaCO2 is elevated (59 mmHg), indicating respiratory acidosis (consistent with hypoventilation). HCO3 is slightly elevated (26 mEq/L), compensating for the respiratory acidosis.
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