Interpie 1. RATE: 2. RHYTHM: 3. P WAVE: 4. QRS COMPLEX: 5. PR INTERVAL: 6. ST Segment: 7. T WAVE: (bpm) Atrial Rate Regular Absent Upright Positive Absent Wide Retrograde Negative Seconds Seconds Narrow Varies On the isoelectric line Present Normal (mad) (bpm) Ventricular Rate Irregular Present Interpretation Based On The Above Findings: Inverted Seconds Present Narrow ovileg abnoss? Jasad wo RHY ST Wide Constant Above isoelectric line Below isoelectric line Absent Inverted Lavod & off 201

Q: Explain the factors that determine the timing and magnitude of the returning pulses.

A: When an array of piezoelectric crystals receives an electric current, an ultrasound wave is created.…

Q: The cardiac output of 70-year-old man at rest is 5.5L / min; mean HR is 85 bpm. Left ventricular…

A: Heart is a pumping structure and is an important organ of circulatory system which helps in sending…

Q: Briefly explain the functions of EHR/EMR?

A: EHR:- Electronic health record or EHR is a digital record of health information. EHR contain all the…

Q: cold affect pulse rate readings

A: Viral infections such as flu cause severe stress in the body, thereby affecting the heart rate,…

Q: What changes can be noticed in the heart sounds in the exercise period?

A: The heart produces four sounds two of them are lub and dub. The two other sounds produce…

Q: ifferentaite between RBBB and brugada syndr

A: Right bundle branch block(RBBB) is electrocardiogram finding occurs his- Purkinje system and…

Q: What are the sounds of Korotkoff due to? Describe the basic sequence of events of taking someone’s…

A: The Korotkoff sound is a sound heard during the measurement of blood pressure due to the vibration…

Q: Describe the steps a nurse uses to auscultate fetal heart tones. Why is auscultation important?

A: Fetal heart monitering is important part of fetal examination as it indicate various pathologies…

Q: When recording lead is aVL on an ECG, which is the positive electrode?

A: The objective of the question is to identify the positive electrode when the recording lead is aVL…

Q: How do you find the time duration (in ms) for each region of the PQRST in ECG

A: To  find the time duration (in ms) for each region of the PQRST in ECG, you can use the following…

Q: Define cardiac output and given numerical values compute the cardiac output

A: Cardiac output is a term which describes the amount of blood being pumped by the heart through the…

Q: Calculate the mean arterial pressure for an individual with a blood pressure of 140/90.

A: Blood pressure (BP) is the force exerted by moving blood against blood vessel walls.

Q: What are the differences between an EHR and an EMR?

A: EMR- An electronic medical record (EMR) is a digital version of a patient's chart maintained by a…

Q: If end-diastolic volume (EDV) is 200 ml, and end-systolic volume (ESV) is 50 ml, calculate stroke…

A: Ejection fraction (EF) is a cardiology measurement that assesses how efficiently the heart pumps…

Q: Describe Korotkoff's sounds and their implication in measuring blood pressure. How many sounds are…

A: Korotkoff sounds are blood flow sounds. These sounds appear when the blood pressure cuff is…

Q: With which instrument blood pressure is measured?

A: The blood pressure (BP) is the blood pressure against the blood vessel walls. It is of 2 types:…

Q: Calculate the mean arterial pressure (MAO) and pulse pressure for a person with a blood pressure of…

A: The blood pressure can be defined as the lateral pressure exerted by the flowing blood on the walls…

Q: Which are the most important factors determining the magnitude of the pulse pressure?

A: Pulse pressure, a necessary cardiovascular well-being marker, is characterized as the difference…

Q: What is pulse pressure

A: The network of circulatory system consists of blood, blood vessels and the heart. This entire…