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)?

Calculate the mass of alcohol flowing in two minutes through a tube of

1.	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)?
Answer» SOLUTION :` m = pi XX 0.6 xx 800 9.8 xx ( 5XX 10 ^(-4))^(4)xx 2 xx 60 xx 800// 8 xx 1.38 xx 10 ^(-3)xx 0.5 = 0.016` KG