Advanced patho hesi - Study guides, Class notes & Summaries

The nurse hears short, high-pitched sounds just before the end of inspiration in the right and left lower lobes when auscultating a client's lungs. How should this finding be recorded? - Fine crackles are short, high pitched sounds heard just before the end of inspiration that are the result of rapid equalization of pressure when collapsed alveoli or terminal bronchioles suddenly snap open.

The nurse hears short, high-pitched sounds just before the end of inspiration in the right and left lower lobes when auscultating a client's lungs. How should this finding be recorded? - Fine crackles are short, high pitched sounds heard just before the end of inspiration that are the result of rapid equalization of pressure when collapsed alveoli or terminal bronchioles suddenly snap open.

The nurse hears short, high-pitched sounds just before the end of inspiration in the right and left lower lobes when auscultating a client's lungs. How should this finding be recorded? - Fine crackles are short, high pitched sounds heard just before the end of inspiration that are the result of rapid equalization of pressure when collapsed alveoli or terminal bronchioles suddenly snap open. The nurse is assessing an older client and determines that the client's left upper eyelid droops, co...

Advanced Pathophysiology HESI Review Questions and Answers Graded A+ metabolic acidosis low pH, low HCO3 metabolic alkalosis high pH, high HCO3 respiratory acidosis low pH, high CO2 respiratory alkalosis high pH, low CO2 metabolic acidosis causes Primary Cause: Addition of large amounts of fixed acids to body fluids; Contributing Causes: Lactic acidosis (circulatory failure), Ketoacidosis (diabetes, starvation), Phosphates and sulfates (Renal dz), Acid ingestion (salicylates), Secondary to r...

Advanced Patho HESI, Predictor review questions and answers. 100% proven pass rate. The nurse hears short, high-pitched sounds just before the end of inspiration in the right and left lower lobes when auscultating a client's lungs. How should this finding be recorded? - Fine crackles are short, high pitched sounds heard just before the end of inspiration that are the result of rapid equalization of pressure when collapsed alveoli or terminal bronchioles suddenly snap open. The nurse is a...

2023 Advanced Pathophysiology HESI RN Exam 2 Guaranteed A+ Actual Questions and Answers, Complete 100% 1. A certain disease is currently found in 1 of every 10 people in the country and 1,000 people contract the disease yearly. The population of the country is 4,500,000. Which of the following statements is correct? a. The prevalence of the disease is 10% and the incidence is .02%. b. The prevalence of the disease is .02% and the incidence is 10%. c. Neither is correct. d. There is insu...

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Advanced Pathophysiology HESI review questions and answer. Predictor questions Document Content and Description Below metabolic acidosis - low pH, low HCO3 metabolic alkalosis - high pH, high HCO3 respiratory acidosis - low pH, high CO2 respiratory alkalosis - high pH, low CO2 metabolic acidosis causes - Primary Cause: Addition of large amounts of fixed acids to body fluids; Contributing Causes: Lactic acidosis (circulatory failure), Ketoacidosis (diabetes, starvation), Phosphates and sulfates...

Advanced Pathophysiology HESI Exam review metabolic acidosis low pH, low HCO3 metabolic alkalosis high pH, high HCO3 respiratory acidosis low pH, high CO2 respiratory alkalosis high pH, low CO2 metabolic acidosis causes Primary Cause: Addition of large amounts of fixed acids to body fluids; Contributing Causes: Lactic acidosis (circulatory failure), Ketoacidosis (diabetes, starvation), Phosphates and sulfates (Renal dz), Acid ingestion (salicylates), Secondary to respiratory alkalosis,...

Advanced Pathophysiology HESI Exam review metabolic acidosis low pH, low HCO3 metabolic alkalosis high pH, high HCO3 respiratory acidosis low pH, high CO2 respiratory alkalosis high pH, low CO2 metabolic acidosis causes Primary Cause: Addition of large amounts of fixed acids to body fluids; Contributing Causes: Lactic acidosis (circulatory failure), Ketoacidosis (diabetes, starvation), Phosphates and sulfates (Renal dz), Acid ingestion (salicylates), Secondary to respiratory alkalosis,...