Water flows under a sluice gate in a rectangular channel and forms a hydraulic jump as shown in the figure below. The step max, which does not induce any choking. The unit discharge is given as $1\mathrm{.}45$ m$3$

$/$s$/$m$.$ Depth of flow under the gate is y$2=0\mathrm{.}3$ m$.$

a$)$ Find the depth of the flow behind the gate, y$1.$ b$)$Find the force per width on the gate.

c$)$ If the initial depth of the jump is y$2,$ find the sequent depth, y$3.$ d$)$Find the head loss due to the jump.

e$)$ Find the maximum step height, max. f$)$ Show all depths and specific forces on a specific force curve.

g$)$Identify the alternate and conjugate depths.Q$\mathrm{.}3)$ Water flows under a sluice gate in a rectangular channel and forms a hydraulic jump as

shown in the figure below. The step after the jump has a maximum value, $z_{\text{m}\text{a}\text{x}},$ which does

not induce any choking. The unit discharge is given as $1\mathrm{.}45\frac{m^3}{s}\frac{?}{m}.$ Depth of flow under the

gate is $y_2=0\mathrm{.}3m.$

a$)$ Find the depth of the flow behind the gate, $y_1.$

b$)$ Find the force per width on the gate.

c$)$ If the initial depth of the jump is $y_2,$ find the sequent depth, $y_3.$

d$)$ Find the head loss due to the jump.

e$)$ Find the maximum step height, $z_{\text{m}\text{a}\text{x}}.$

f$)$ Show all depths and specific forces on a specific force curve.

g$)$ Identify the alternate and conjugate depths.