Water is conveyed throuh a uniform tube of 8 cm in diameter and 3140 m in length at the rate `2 xx 10^(-3) m^(3)` per second. The pressure required to maintain the flow is ( viscosity of water =`10^(-3)` )

Water is conveyed through a uniform tube of 8 cm in diameter and 3140 m in length at the rate 2 xx 10^(-3) m^(3) per second. The pressure required to maintain the flow is ( viscosity of water = 10^(-3) )

Water is conveyed through a uniform tube of 8 cm in diameter and 3140 m in length at the rate 2xx10^-3 m^3 s^-1 . The pressure required to maintain the flow is (Viscosity of water 10^-3 SI units)

Water is conveyed through a tube 8 cm in diameter and 4 km in length at the rate of 120 litres per minute. Calcualte the pressure difference required to maintain the flow. Coefficient of viscosity of water = 0.001 SI units. [Hint" " V=(piPr^(4))/(8etal) ]

Water is conveyed through a horizontal tube 8 cm in diameter and 4 kilometer in length at the rate of 20 litre/s Assuming only viscous resistance , calculate the pressure required to maintain the flow . Coefficient of viscosity of water is 0.001 pa s

Water is conveyed thourth a horizontal tube 8 cm in diameter and 4 kilometer in length at the rate of 20 litre/s Assumming only viscous resistance , callcalute the pressure required to maintain the flow . Coefficient of viscosity of water is 0.001 pa s

Water flows through a horizontal tube of diameter 8cm and length 1km at the rate of 40 lt/s. Find the pressure difference required if n = 0.01 poise for water

The water from a tap of diameter 1.25 cm with a rate of 5 xx 10^(-5) m^(3) s^(-1) the density & coefficient of viscosity of water are 10^(3) kg m^(-3) & 10^(-3) pascal the flow of water is

Water is flowing througth a horizontal tube of length 0.25 m and radius 4xx10^(-4) m under a constant pressure head of 0.2 m of water , at the rate of 5xx10^(-6) m^(3) per minture Calcutae the coefficient of viscosity of water .Density of water =1000kgm^(-3)