Ans: A pleural friction rub is best detected bu Auscultation.
Pleural friction rub is an abnormal brushing lung sound which is caused by inflammation of the pleural cavity layer of both the lungs rubbing together.It is dected by listening to the internal sound using a stethoscope on the lungs.
Question 2 (1 point) ✓ Saved A hallmark sign of acute pericarditis is auscultating a friction rub. Upon auscultation, how would the nurse assess the presence of a pericardial friction rub versus a pleural friction rub? A pericardial friction rub can be best auscultated... with the diaphragm, patient turned to the left side O with the diaphragm, patient sitting up and leaning forward, breath held in expiration. at the base during normal respiration using the bell with the patient leaning...
22. On auscultation of a client’s lungs, the nurse hears a loud snoring sound mostly over the trachea and bronchi. What term does the nurse use to document this finding? A. Wheeze B. Crackles C. Rhonchi D. Pleural friction rub.
•On auscultating a client, you note a coarse, low-pitched sound during both inspiration and expiration. This client reports pain with breathing. These findings are consistent with: 1.Fine crackles 2.Wheezes 3.Atelectatic crackles 4.Pleural friction rub
What are the tools that the clinician uses to make a diagnosis of bacterial pneumonia? Select all that apply. Group of answer choices a. white blood cell count >15,000/mm3 b. Echocardiography demonstrating right-sided failure with cor pulmonale c. history and physical examination findings including recurrent chills, cough, dyspnea, and abnormal chest sounds (rales, egophony, pleural friction rub) d. sputum cuture (+) causative organism e. temperature readings (often as high as 106o F) f. chest x-ray findings of white shadows in...
Multiple Choice (Choose the BEST answer!) 1) Intrapulmonary pressure is the A) pressure within the pleural cavity B) pressure within the alveoli of the lungs C) negative pressure in the intrapleural space D) difference between atmospheric pressure and respiratory pressure 2) Loss of fibrinogen within the plasma would most likely cause which of the following? A) fever with pain B) pallor (pale skin) C) edema (swelling) D) loss of blood clotting 3) Small secondary lymphoid organs, which cluster along lymphatic...
help thank you!! 19. The name of the antibody detected in the RPR testing procedure is a. non-treponeme b. cholesterol c. IgG d. IgE 20. After a patient has been treated successfully for syphilis, the RPR test usually becomes non-reactive in a period of time. (T or F) 21. Cold agglutinins are: A. IgM that agglutinate best at 0° -4°C B. IgM that agglutinate best at 30° C-37°C. C. IgM antibodies against the li Antigen. D. Both A and C...
a security operations team recently detected a breach of credentials. The team mitigated the risk and followed proper processes to reduce risk. Which of the following processes would best help prevent this issue from happening again? a. risk assessment b. chain of custody c. lessons learned d. penetration test
QUESTION1 Please review the friction force vs time plot below. Which point best represents the fs, max? F(N) t(s) O A O B O D
341 gEVIEVN QUESTIONS 1Air in pleural cavity 2 Chrovic obstructive Epistax pulmonary dseasePhars Sore throat Caused by Epstend Infectious 7 The diagostic sest of choice so contem pulmonary hyperplasia 8. What is the best prevention for any of the peoco Barr virus nioses r part of s Excess fluid in pleural Peumothorax Mycoses are what kind of infecsions space Black lung dsease 10. The most common pulmonary complication among Pleural effusion 7 Nosebleed t Lungs lose normal Inflammation of the...
The conditions in problem 4 represent the best possible situation, when there is no friction etc. in the system. Real compressors do not operate reversibly and will require more work than you calculated. (The compressor is still adiabatic.) Assume you tested the compressor and measured the following exit conditions. a) Calculate the actual work per kg required to run the compressor b) Calculate the isentropic efficiency. Inlet conditions P;=100 kPa actual Exit conditions Pe = 1 MPa Te =400 C...