Briefly explain RAAS mechanism in a flowchart.

Q: Measure systolic and diastolic blood pressure at rest and after exercise

A: KEY WORDS:- Blood pressure - Blood pressure (BP) is the exerted pressure in the arteries . Pressure…

Q: List and briefly explain the 3 factors that affect SV: preload, contractility and afterload

A: Stroke volume of the heart is defined as the amount of the blood pumped out by the left ventricle in…

Q: The effect of parallel tubes on flow rate. A: the fluid reservoir is placed on top of the bench…

A: To find: To interpret, find the variable, and to find the benefits to the tissue of having more…

Q: mL/hr For the following order/supply, calculate the pump setting: Order: KCI 40 mEq/L at 10 mEq/hour…

A: Infusion pumps may be able to deliver fluid in large or small amounts, and may be used to deliver…

Q: Mechanism of action of plasma control during high and low intensity exercise proper explanation and…

A: plasma content decrease and increase varying with the workout done. Many observation have been made…

Q: overview of normal Forced expiratory Flow Rate Measurements in the Healthy Male and Female 20 to 30…

A: Spirometry is a measurement of airflow inside and out of the lungs. It is used to quantify the…

Q: Explain the pressure flow theory.

A: The pressure flow theory is also known as mass flow theory explains the movement of sap through…

Q: Describe the functional significance of the skeletal muscle pump and illustrate the action ofvenous…

A: Blood is a type of connective tissue that helps in circulating oxygen and nutrient throughout the…

Q: What is flow cytometer?

A: Several instruments are used in the field of biological science for detection, identification and…

Q: Pulse rate Pulse rate (bpm) Blood Pressure (Actual) (mmHg) Before exercise 74 106/70 After exercise…

A: Human heart is the Center for regulating blood across the body. It is located within the thoracic…

Q: Discuss the types of cardiovascular pressures and their related calculations

A: Cardiovascular pressure is the pressure which after contraction of heart muscle which provides force…

Q: Compute for the dilution factor of the RBC pipet if blood is sucked up to 0.2 mark and the diluting…

A: There are different blood cells present in the blood. They include erythrocytes, leukocytes, and…

Q: Find the flow rate( in drops/ min) for the given IV(assume a drop factor of 15 drops/ mL). 1,800mL…

A: IV stands for intravenous (IV) administration in which the medication is injected or infused through…

Q: Give a brief account of the counter current mechanism.

A: Kidney is an important organ of the body. There are two pairs of kidney. It is located in the…

Q: infuse 100 ml 0.45% NS in 45 mins by infusion pump. calculate the flow rate in ml/hr.

A: The medical device that is employed for the delivery of fluids refers to the infusion pump. Using an…

Q: Explain Which condition denoting the systolic and diastolic pressure in measuring arterial pressure…

A: A sphygmomanometer is a medical instrument used for the measurement of the blood pressure of an…

Q: Define pulse pressure and explain the physiological significance of this measurement.

A: Blood pressure is the driving force that allows the blood to flow through the blood vessels. Any…

Q: Which of the following will cause local adjustments in an arteriole’s radius and hence vessel…

A: Cardiovascular system in the body consist of mainly three types of blood vessels which includes…

Q: is infusing at a rate of 30 gtt/min. The drop factor is 15 gtt/mL. Calculate the flow rate in mL/h

A: Rate of FlowThe flow rate must be set when utilizing electronic infusion controllers. The rate is…

Q: Explain the mechanims and tests results of a peak flow test

A: Peak flow measurement can show the amount and rate of air that can be forcefully breathed out of the…

Q: a. Interpret the graph/data b. Would you expect the length of blood vessels to change in the body…

A: Blood vessels  The blood vessels are the medium to travel the blood. There are mainly three type of…

Q: If you want to deliver 500. mL of a 5.0% glucose solution over a 3.0 hour time period using an IV…

A: Volume = 500ml Time = 3hr =180 mint Drop factor =20gtt/ml Flow rate =total volume in ml/Time in…

Q: Define stroke volume and describe how stroke volume is regulated

A: Stroke volume refers to the volume of oxygenated blood pumped from the left ventricle to the body…

Q: Explain how do defibrillators work

A: Defibrillators are devices that helps in restoring a normal heartbeat by sending an electric pulse…

Q: Explain double circulation with the help of diagram.

A: The circulatory system circulates the body fluid throughout the body for the transport of gases,…

Q: Doctor's order says: Infuse 3 L of D5W with 20 meq of potassium chloride over 24 hours. Drop factor:…

A: Here we have to calculate the flow rate in drops per minute by the given data 3 litre D5w with 20…

Q: What can you determine from the following spirometery flow-volume loop?

A: During maximally pressured inspiratory and expiratory manoeuvres, the flow-volume loop plots…

Q: e order reads 500 ml over 17 hours. Calculate the infusion rate. (Round

A: Order: 500ml/17hours. Infusion rate formula: ordered ml × 1/hours in order.

Q: Please break down in dept Filtration regarding Venous and Artieriole hydrostatic pressure.

A: Hydrostatic pressure is the primary force which drives the fluid transport between the tissues and…

Q: Given the following values, calculate net filtration pressure (NFP): PCAP= 30 mm Hg; PIF=5 mm Hg; π…

A: For calculating Net Filtration Pressure, the given values are as follows:PCAP= 30 mm HgPIF=5 mm Hgπ…

Q: The effect of physical load on the state of the cardiovascular system. Table 15. INDICATORS BEFORE…

A: Physical load is nothing but physical activity that poses stress and strain on cardio-vascular…

Q: Given the following information, calculate cardiac output: R-R interval = 0.6 second, EDV = 160 mL,…

A:

Q: If an IV is running at a rate of 140 ml/hr, the IV tubing is calibrated at a  drop factor of 20…

A: Here, an IV is running at a rate of 140 ml/ hour, the IV tubing is calibrated at a drop factor of 20…

Q: explain the regulation of cardiovascular adjustments to exercise

A: In the body, the blood is circulated by the action of the cardiovascular system. It is by this…

Q: Calculate the daily fluid maintenance AND the hourly flow rate for a child who weighs 38 kg.

A: Introduction:-  The daily fluid requirement for mainto in a child is important  as this can become…

Q: Interpret the graph b. Is the radius a variable that is likely to change to control blood flow to…

A: Blood flow  The rate of blood passing per second from a point is known as blood flow. The rate of…

Q: Nurse Wendell will infuse 1% L of NS in over 7 hours; Drop factor: 15 gtt/mL. What flow rate (ml/hr)…

A: Normal saline is a class of injectable fluid which belongs to the group of crystalloid fluids.…

Q: Should WBC Differential Counter no longer done manually?

A: Blood is a circulating biological fluid that flows within the blood vessels throughout the body. It…

Q: dye along a linear portion of the vessel. a. Discuss how blood flow velocity can be measured using…

A: Blood flow rate and velocity are crucial factors in the analysis of vascular systems as well as in…

Q: 2 l D5W IV to infuse in a 8 hours  What is the flow rate

A: D5W is a solution comprising of 5% dextrose in 100 ml distilled or sterile water. Medical…

Q: .List the abbreviations and normal ranges of the following computed hemodynamic values: stroke…

A: Hemodynamics is basically the dynamics of the flow of blood. Hemodynamic parameters include invasive…

Q: Diagrammatically explain the phenomenon of counter current multiplication.

A: The process of harnessing energy to create an osmotic gradient that allows you to reabsorb tubular…