# Category Archives

### Search for Multiple Choice Question (MCQ)

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.8

Question No.8 Calculate the head lost due to friction for a flow in a horizontal circular pipe of 40...

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.7

Question No.7 Determine the shear stress at the wall of 10 cm diameter vertical pipe with no pressure gradient...

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.6

Question No.6 Water flows at a velocity of 1.5 m/sec through a 5 cm diameter pipe sloping upwards at...

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.5

Question No.5 Oil of dynamic viscosity 1.5 poise and specific gravity 0.9 flows through a vertical pipe of diameter...

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.4

Question No.1 Determine the shear stress at the inner wall of a 305 mm diameter pipe when an oil...

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.3

Question No.3 Glycerin of density 1245 kg/m3 and viscosity 0.72 kg/m.s. flows through a pipe of 80 mm diameter....

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.2

Question No.2 In the injection molding of a certain plastic the heated compound is forced under pressure difference of...

#### Q & A – Fluid Mechanics – Applications on Laminar & Turbulent Flows – Q.1

Question No.1 Determine the type of flow in a 305 mm diameter pipe when : a) Water flows at...

#### Q & A – Fluid Mechanics – Momentum Principle – Q.6

Question No.6 Water flows through a Y-shaped horizontal pipe connection. The velocity in the stem is 3 m/sec and...

#### Q & A – Fluid Mechanics – Momentum Principle – Q.5

Question No.5 Water flows at a rate of 100 lit/sec in a 30 cm diameter horizontal pipe connected to...