A cylindrical gate holds water $($in equilibrium$)$ on one side, as shown in the figure below. The

resultant vertical component of the force of water per unit width $(m)$ of the gate will be:

$F_V=0$

$F_v=15\mathrm{.}41kN$

$F_V=9\mathrm{.}81kN$

$F_v=19\mathrm{.}62$kNA cylindrical gate holds water $($in equilibrium$)$ on one side, as shown in the figure below. The resultant vertical component of the force of water per unit width $($m$)$ of the gate will be:

Capture$-2.$PNG

Group of answer choices

Fv $=0$

Fv $=15\mathrm{.}41$ kN

Fv $=9\mathrm{.}81$ kN

Fv $=19\mathrm{.}62$ kN