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)`

Water is flowing through a horizontal tube of length 0.25 m and radius 4xx 10 ^(-4) m under a constant pressure head of 0.2 m of water, at the rate of 5 xx 10 ^(-6) m^(3) per minutre . Calculate the coefficient of visosity of water. Density of water = 1000 kg m^(-3)

At a pressure of 10^(5)N//m^(2) , the volumetric strain of water is 5xx10^(-5) . Calculate the speed of sound in water. Density of water is 10^(3)kg//m^(3).

Calculate the mass of alcohol flowing in two minutes through a tube of radius 5 xx 10^(-4) m and length 0.5 m, if there is a constant pressure head of 0.6 m of alcohol. Density of alcohol is 800 kg//m^(3) Coefficient of viscosity of alcohol = 1.38 xx 10^(-3) Ns//m^(3) ?

Glycerine flows steadily through a horizontal tube of length 1.5m and radius 1.0 cm. If the amount of glycerine collected per second at one end is 4. 0 xx 10^(-3) kg s^(-1) what is the pressure difference between the two ends of the tube? (Density of glycerine = 1.3 xx 10^(3) kg m^(-3) and coefficient of viscosity of glycerine = 0.83 Ns m^(-2) )

Glycerine flows steadily through a horizontal tube of length 1.5m and radius 1.0 cm . If the amount of glycerine collected per second at one is 4.0xx10^(-3)kgs^(-1) , what is the pressure difference between the two ends of the tube ? (Density of glycerine =1.3xx10^(10^(3)kgm^(-3) and viscosity of glycerine =0.83 Pa s). [ you may also like to check if the assumption of laminar flow in the tube is correct]

Glycerine flows steadily through a horizontal tube of length 1.5 m and radius 1.0 cm. If the amount of glycerine collected per second at one end is 4.0xx 10^-3 kg s^-1 , what is the pressure difference between the two ends of the tube ? (Density of glycerine = 1.3xx 10^3 kg m^-3 and viscosity of glycerine = 0.83 Pa s). [You may also like to check if the assumption of laminar flow in the tube is correct].

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 through a horizontal tube of unequal cross section . At a point where the velocity of water is 0.4 m. s^-1 , the pressure is 0.1 m Hg. What is the pressure at a point where the velocity of water is 0.8 m. s^-1 ? The density of mercury =13.6xx10^3kg. m^-3 .