Answer
$\therefore$ The Volume flow rate will remain the same in the section of pipe.
Work Step by Step
According to the Continuity equation, the mass flow rate is the same value everywhere in the tube
$$\text{Mass Flow rate} = \frac{\Delta M_2}{\Delta t} = \rho\times A\times v$$
Since the density of an incompressible fluid does not change during flow
$$\rho_{1} = \rho_{2}$$
$$\rho\times A_{1}\times V_{1} = \rho\times A_{2}\times V_{2}$$
$$A_{1}\times V_{1} = A_{2}\times V_{2}$$
So, as per the above equation, the Velocity of fluid increases where the area (i.e A) is small and vice versa.
$\therefore$ The Volume flow rate will remain same in section of pipe.
