Prepare the following for the team’s lead concept concerning a “manual blood pressure machines”and “automatic modern blood pressure machines” topic with all their types

• Their Preliminary operating plan and financial model for each

• Create one slide each on

• Their operating plan

• Their staffing model

• Their market model

•Their cost projections

• Their income statement with assumptions clearly noted.

• 1 slide describing blood pressure machines concept

• 1 slide outlining a special blood pressure machine product’s potential payment pathway

• 1 slide with 5+ reimbursement questions you’d like to discuss about this blood pressure machine product

Choose an important question about blood pressure machines concept that you can answer via prototyping to reduce overall project risk. Design a model and accompanying test(s) will best enable you to address the question. Construct a simple/crude prototype and execute tests.

Potentially useful information: one mL = one cm³ = 10^-6 m³, one mmHg = 133.3 Pa (N/m²). SV = EDV – ESV. CO = HR X SV. Ejection Fraction = SV/EDV

Hints: calculate heart rate for each condition. Remember to calculate work for the entire volume of blood that is pressurized i.e., end diastolic volume (EDV). Therefore you will need to use the data provided to calculate the EDV to answer this question.

The work done by the heart is Pressure-Volume work. While both ventricles are doing work, in this problem you will just calculate the work done by the left (high pressure) ventricle. If both pressure and volume are expressed in SI units, their product is N·m (work!) In this assignment you will calculate the work done by the left ventricle of the heart each minute to support a cardiac output of 5L/min.

B) Individuals with hypertension (high blood pressure) have a much greater resistance in their blood vessels and thus their heart not only has to produce greater pressure, it will have a much greater volume left following contractions (end systolic volume, ESV) Calculate the work the heart (for the identical cardiac output of 5L/min) in an individual with stage one hypertension for which these values apply: systolic blood pressure of 150 mmHg, an ejection fraction of 40% and a stroke volume of 60mL.

C) In this individual, how much greater is their cardiac work (@ blood pressure 150 mmHg) than a normal individual with normal blood pressure (120 mmHg)?

Please answer these questions COMPLETELY and I'll be sure to leave a "thumbs up"! Thank you!