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  1. Normal urine specific gravity ranges from 1.010 to 1.025. A specific gravity of 1.030 indicates concentrated urine or deficient fluid volume (dehydration).

  2. The patient’s 24 hour urinary output is 4.5 liters. Based on this stage of AKI, what complications and assessment findings may present in this patient? Select all that apply: A. Water intoxication. B. Hypotension. C. Low urine specific gravity. D. Hypokalemia. E. GFR >90 mL/min. F. Normal BUN and Creatinine level. G. Profound confusion due to ...

  3. 30 Ιουλ 2024 · The nurse is completing a routine urinalysis using a dipstick. The test reveals an increased specific gravity. The nurse should suspect which condition? a. glomerulonephritis b. increased fluid intake c. diabetes insipidus d. decreased fluid intake

  4. Normal specific gravity is 1.0053 to 1.030. An output of 30 mL/hr or less for 2 or more hours would be cause for concern; 80 mL/hr is normal. The normal pH of urine is between 4.6 and 8.0. Protein up to 8 mg/100 mL is acceptable; however, values in excess of this could indicate renal disease.

  5. 9 Οκτ 2024 · Normal urine appearance and fluid status are indicated by the normal range for urine specific gravity: 1.0101.030. Note: A constant specific gravity level around 0.010 despite fluid intake (normal range, but not changing) is a sign of severe renal damage and renal failure.

  6. 30 Απρ 2024 · This nursing test bank set includes 150 NCLEX -style practice questions for urinary system disorders. Included topics are kidney transplant, acute kidney disease, chronic renal failure, acute glomerulonephritis, peritoneal dialysis, prostatectomy, renal calculi, urinary tract infection, and more.

  7. Normal Range for Urine Specific Gravity is 1.010-1.030. Value that is lower than 1.010 indicates DILUTED urine and a value greater than 1.030 indicates CONCENTRATED urine. Follow...

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