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List of top Nano Technology Questions on Fluid Mechanics asked in AP PGECET
According to equation of continuity,
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
Water flows from pipe diameter $200\text{ mm}$ to $100\text{ mm}$. If velocity in larger pipe is $2\text{ m/s}$, find velocity in smaller pipe.
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
Given the variables: velocity (V), density ($\rho$), viscosity ($\mu$), and characteristic length (L), how many dimensionless groups can be formed?
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
In a horizontal pipe, velocity doubles. Pressure gets
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
For a laminar boundary layer developing over a flat plate, the displacement thickness is defined as: $\delta^* = \int_0^\delta \left(1 - \frac{u}{\text{U}_\infty}\right) dy$. Physically, $\delta^*$ represents
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
For Inlet diameter $>$ Outlet diameter the Velocity and pressure along the flow will be as
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
Drag force $F$ depends on density $\rho$, velocity $V$, and diameter $D$: $F = k \rho^a V^b D^c$. Find exponents $a, b, c$.
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
The coefficient of viscosity may be determined by using an instrument is called_______
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
The pressure measured above or below the atmospheric pressure is known as
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
The kinematic viscosity is the
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics
The value of bulk modulus of a fluid is required to determine
AP PGECET - 2026
AP PGECET
Nano Technology
Fluid Mechanics