How can I get velocities and answer only using the preconditions in the problem? Can you explain step ny step specifically pleaseeee

Water flows from a pressure vessel through a venturi meter to atmosphere $($See the figure$).$ Assume

$=14\mathrm{.}1$ Psia

no friction and no change in potential energy. $P_1=10$ psig $($i$.$e$.l\frac{b_f}{i}{n}^2)$ and $\frac{A_2}{A_3}=0\mathrm{.}50.{}_{H2O}=62\mathrm{.}3lb\frac{b_m}{f}{t}^3.$

What is the pressure at location $2?$ Does this physically make sense? If not, what do you think the reason would be$?($Here$,($:$1ft=12in,1lbf=32\mathrm{.}2lbm*f\frac{t}{s^2}\}$

$(15$ pts$)$ Water flows from a pressure vessel through a venturi meter to atmosphere $($See the figure$).$ Assume no friction and no change in potential energy. $P_1=10$ psig $($i$.$e$.l\frac{b_f}{i}{n}^2)$ and $\frac{A_2}{A_3}=0\mathrm{.}50.{}_{H2O}=62\mathrm{.}3lb\frac{m}{f}{t}^3.$ What is the pressure at location $2?$ Does this physically make sense? If not, what do you think the reason would be$?$ Here, $($:$1ft=12in,1lb{l}_f=32\mathrm{.}2lbm*f\frac{t}{s^2}\}$