where P is the pressure difference and v is the velocity

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The mass of the liquid flowing per second per unit area of cross section of the tube is proportional to P^x and V^y, where P is the pressure difference and v is the velocity, then the relation between x and y is
15
Sep
The mass of the liquid flowing per second per unit area of cross section of the tube is proportional to P^x and V^y, where P is the pressure difference and v is the velocity, then the relation between x and y is The mass of the liquid flowing per second per unit area of cross [...]
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Tags: The mass of the liquid flowing per second per unit area of cross section of the tube is proportional to P^x and V^y , then the relation between x and y is , where P is the pressure difference and v is the velocity ,