Answer:
P=3647934.3 Pa
Explanation:
We use the formula for pressure inside a fluid:
[tex]P=P_0+\rho g h[/tex]
Where [tex]P_0[/tex] is the pressure at its surface (the atmospheric pressure in our case), [tex]\rho[/tex] its density (the density of seawater in our case), g the acceleration of gravity (which is given in our case, and known) and h the depth at which we want to know the pressure (which is given in our case). For our case then we have:
[tex]P=101325Pa+(1030kg/m^2)(9.81m/s^2)(351m)=3647934.3Pa[/tex]