Note: gravity is equal to $32\mathrm{.}2$p$/$s and $9\mathrm{.}81$m$/$s

Note: the density of water is equal to $1000$Kg$/$m; and the specific weight of water is equal to $62\mathrm{.}4$Lb$/$p

NOTE: In order to obtain all your points, show all your calculations $1-$ A $1\mathrm{.}50$m Long Pipe is placed as shown in the figure. In the Calibrated Springs that support the Pipe, a Compressive Force of $43\mathrm{.}6$ N is recorded in each one. If the Kinematic Viscosity of the substance is $1\mathrm{.}18$ E$-3$ m$/$s and the relative density of the substance is Ss $=1\mathrm{.}78$ and the relative density of the Manometric Fluid is e$*$S$\_\{2\}=2\mathrm{.}45$ Determine:

a$)$ The Flow Rate in $($m$/$s$)$ assumes Laminar Flow

b$)$ The Reading of the Differential Manometer