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2- There is a symmetrical narrowing in the left coronary artery due to the buildup of a plaque. Calculate the velocity at the narrowest point and the pressure difference between this point and the inlet during systole and diastole, given that the flow rate at the inlet is 40 cm³/s during systole and 25 cm³/s during diastole. The Bernoulli principle can be applied, and the density of blood is 1060 kg/m³. 13 mm 5 mm

2- There is a symmetrical narrowing in the left coronary artery due to the buildup of a plaque. Calculate the velocity at the narrowest point and the pressure difference between this point and the inlet during systole and diastole, given that the flow rate at the inlet is 40 cm³/s during systole and 25 cm³/s during diastole. The Bernoulli principle can be applied, and the density of blood is 1060 kg/m³. 13 mm 5 mm

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2- There is a symmetrical narrowing in the left coronary artery due to the buildup of a plaque. Calculate the velocity at the narrowest point and the pressure difference between this point and the inlet during systole and diastole, given that the flow rate at the inlet is 40 cm³/s during systole and 25 cm³/s during diastole. The Bernoulli principle can be applied, and the density of blood is 1060 kg/m³. 13 mm 5 mm
Transcribed Image Text:2- There is a symmetrical narrowing in the left coronary artery due to the buildup of a plaque. Calculate the velocity at the narrowest point and the pressure difference between this point and the inlet during systole and diastole, given that the flow rate at the inlet is 40 cm³/s during systole and 25 cm³/s during diastole. The Bernoulli principle can be applied, and the density of blood is 1060 kg/m³. 13 mm 5 mm
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