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Physical foundations of 01 hydro-and hemodynamics How to calculate a total hydraulic resistance at s connection of vessels? (rho v^2)/(2)+p=const P_(heart)=(A)/(t_(s)) C_(sum )=C_(1)+C_(2)+ldots +C_(n) (rho v^2)/(2)+rho gh+p=const Online Test Pad

Вопрос

Physical foundations of 01
hydro-and
hemodynamics
How to calculate a total hydraulic resistance at s
connection of vessels?
(rho v^2)/(2)+p=const
P_(heart)=(A)/(t_(s))
C_(sum )=C_(1)+C_(2)+ldots +C_(n)
(rho v^2)/(2)+rho gh+p=const
Online Test Pad

Physical foundations of 01 hydro-and hemodynamics How to calculate a total hydraulic resistance at s connection of vessels? (rho v^2)/(2)+p=const P_(heart)=(A)/(t_(s)) C_(sum )=C_(1)+C_(2)+ldots +C_(n) (rho v^2)/(2)+rho gh+p=const Online Test Pad

Решения

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элита · Репетитор 8 лет

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The correct answer is:<br /><br />$C_{\sum }=C_{1}+C_{2}+\ldots +C_{n}$<br /><br />This equation represents the total hydraulic resistance at a connection of vessels. It states that the total hydraulic resistance (C_sum) is the sum of the individual hydraulic resistances (C_1, C_2,..., C_n) at each connection point.
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