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Based on your calculation, the patient is at risk for?

1) Intake: 2080 mL Output: 3520 mL; monitor the patient for dehydration
2) Intake: 2270 mL Output: 3800 mL; monitor the patient for dehydration
3) Intake: 3890 mL Output: 2200; monitor the patient for fluid volume overload
4) Intake: 4005 mL Output: 2270 mL; monitor the patient for fluid volume overload

User Ded
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Final answer:

Based on the provided information, patients with higher outputs than intakes should be monitored for dehydration, while those with higher intakes than outputs should be monitored for fluid volume overload.

Step-by-step explanation:

Based on the given fluid intake and output values, the patient is at risk for either dehydration or fluid volume overload. Dehydration is a risk when the output exceeds the intake significantly, as seen in options 1) Intake: 2080 mL, Output: 3520 mL, and 2) Intake: 2270 mL, Output: 3800 mL. Both of these cases would require monitoring the patient for signs of dehydration. Conversely, fluid volume overload occurs when intake is substantially greater than output, which can be seen in options 3) Intake: 3890 mL, Output: 2200 mL, and 4) Intake: 4005 mL, Output: 2270 mL. In these situations, the patient should be monitored for signs of fluid volume overload.

To maintain a healthy balance, the average adult's daily fluid intake and output should be approximately equal, typically around 2500 mL. Insufficient fluid intake or excessive losses through urine or insensible water loss can lead to dehydration. On the other hand, excessive intake without proportionate output can lead to fluid volume overload, affecting bodily functions. It is essential to regulate both water intake and output to ensure the patient's health.

User Minboost
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