The solution enters the pipe at A with a speed of $0\mathrm{.}9$ m s$1$ and at a pressure of $150$ kPa.

$($a$)$What is the speed of the solution at point B$?$

$($b$)$What is the speed of the solution at point C$,$ just before the solution leaves the pipe?

$($c$)$What is the pressure in the fluid at point B$?$

$($d$)$What is the pressure in the fluid at point C$?$

$($e$)$What is the kinetic energy of $1$ kg of the solution at point A$?$

$($f$)$What is the kinetic energy of $1$ kg of the solution at point B$?$

$($g$)$What is the kinetic energy of $1$ kg of the solution at point C$?$

$($h$)$How is it possible for the kinetic en$-$ ergy of $1$ kg of the solution to change if there is no change in height as the solution moves through the pipe?