Ahn 568 unit 5 - Study guides, Class notes & Summaries

AHN 568 Unit 5 Chest X-Ray Interpretation With Solution...

AHN 568 UNIT 5 CHEST-RAY INTERPRETATION EXAM QUESTIONS AND ANSWERS...

The more radiation that hits the film the darker the image. True or False - ️️True - the lungs appear black b/c air absorbs the least amount of radiation so radiation penetrates through the lungs and appears dark on the film. This view is used for patients who are sick and unable to stand for their chest x-ray. A) lateral B) posterior anterior C) anterior posterior D) oblique - ️️AP The PA view has the patients front or back placed against the x-ray film? - ️️Front In the PA...

AHN 568 UNIT 5 CHEST X-RAY INTERPRETATION QUESTIONS AND ANSWERS 2024

AHN 568 UNIT 5 CHEST X-RAY INTERPRETATION EXAM WITH CORRECT ACTUAL QUESTIONS AND CORRECTLY WELL DEFINED ANSWERS LATEST 2024 – 2025 ALREADY GRADED A+

AHN 568 Unit 5 Chest X-Ray Interpretation study guide with Questions and Answers| Latest Update

AHN 568 Unit 5 Chest X-Ray Interpretation- Questions & Answers

This view is the standard view for chest x-rays requiring the patient to stand erect, happens in the radiology department, and detector to be at least 6 feet away.  PA View The PA view has the patients front or back placed against the x-ray film?  Front In the PA view the x-ray bean tranverses the patient A) from back to front B) from front to back C) from right to left D) from left to right  A - from back to front. The PA view causes the cardiac silhouette to appear larger...

AHN 568 Unit 5 Chest X-Ray Interpretation Exam Questions and Answers This view is the standard view for chest x-rays requiring the patient to stand erect, happens in the radiology department, and detector to be at least 6 feet away. - ANSWER-PA View The PA view has the patients front or back placed against the x-ray film? - ANSWER-Front In the PA view the x-ray bean tranverses the patient A) from back to front B) from front to back C) from right to left D) from left to right - ANSWER-A ...

AHN 568 Unit 3 Exam USA Study Guide Solutions Serum Osmolality (normal range) - ANSWER-280-295 mOsm/kg Serum osmolality equation - ANSWER-1. (2 x Na) + BUN /2.8 + Glucose /18 2. When glucose and BUN are normal : 2 x Na Serum Sodium (normal range) - ANSWER-135-145 mEq/L Sodium replacement formula - ANSWER-1. (0.5 or 0.6 x kg) x (desired Na - serum Na) = mEq Na over 4 hrs 2. Need/Have mEq Na x 1 liter = L/4hrs = ml/hr 3. Maximum correction rate is 8-12 mEq/L/24 hr. OR 25 mEq/L/48 hr. Ani...