A siphon tube is discharging a liquid of specific gravity 0.9 from a reservoir as shown in the figure.

(a) Find the velocity of the liquid through the siphon.
(b) Find the pressure at the highest point B.
(c ) Find the pressure at point C.

In a given arrangement (a) find out velocity of water coming out of C (b). Find out pressure A, B and C

In a given arrangement (a) find out velocity of water coming out of C (b). Find out pressure A, B and C

In a given arrangement (a) find out velocity of water coming out of C (b). Find out pressure A, B and C

A siphon tube is discharging a liquid of density 900(kg)/(m^(3)) as shown in figure. (P_(0)=1.01xx10^(5) N//m^(2)) Pressure at point C is

A siphon tube is discharging a liquid of density 900(kg)/(m^(3)) as shown in figure. (P_(0)=1.01xx10^(5) N//m^(2)) Pressure at point C is

A siphon tube is discharging a liquid of density 900(kg)/(m^(3)) as shown in figure. (P_(0)=1.01xx10^(5) N//m^(2)) Pressure at point C is

A siphon tube is discharging a liquid of density 900(kg)/(m^(3)) as shown in figure. (P_(0)=1.01xx10^(5) N//m^(2)) Pressure at point B is

A siphon tube is discharging a liquid of density 900(kg)/(m^(3)) as shown in figure. (P_(0)=1.01xx10^(5) N//m^(2)) Pressure at point B is

A siphon tube is discharging a liquid of density 900(kg)/(m^(3)) as shown in figure. (P_(0)=1.01xx10^(5) N//m^(2)) Pressure at point B is

A siphon tube is used to remove liquid from a container as shown in fig. In order to operate the siphon tube, it must initially be filled with the liquid. (i). Determine the pseed of the liquid through the siphon. (ii). Determine the pressure at the point C.