A. is incompressible

B. is of theoretical interest

D. has zero viscosity

E. has constant viscosity

A. newton m

B. newtons/m

D. newtons

E. newtons/m

A. Archimedes principle

B. principle of buoyancy

D. continuity equation

E. law of gravitation

A. gas

B. fluid

D. perfect solid

E. water

A. 1000

C. 2700

D. 2100

E. 10,000

B. it is frictionless

C. it is incompressible

D. it has zero viscosity

E. it has uniform viscosity

B. Newtons law of viscosity

C. Boundary layer theory

D. Pascal law

E. Newtons law of motion

A. viscosity

B. surface tension

C. adhesion

D. compressibility

A. at mean sea level

C. none of the above.

D. at 4C temperature

E. at norma] pressure of 760 mm

A. dissolved air

B. heavy water

C. suspended matter

E. dissolved salt

A. depth of immersion

B. pressure of the liquid displaced

C. viscosity of the liquid

D. none of the above.

A. 100

B. 1

C. 1000

E. 91

A. ose the wrong statement ?

A. pressure

B. flow

D. volume

E. temperature

A. energy/unit area

B. distance

D. it has no units

E. none of the above

A. unpredictable

C. none of the above

D. the same as the surface of liquid

E. higher than the surface of liquid

A. occupy definite volume

B. GO are not viscous

D. cannot be compressed

E. are not affected by change in pressure and temperature

A. has the same shear stress.at a point regardless of its motion

B. flows

C. always expands until it fills any container

D. cannot be subjected to shear forces

A. 40 x 105 kg/cm2

B. none of the above

C. 40 x 106 kg/cm2

E. 400 kg/cm2

A. 9.81 N/m3

C. 1000 N/m3

D. 9.81 xlO6N/m3

E. 10000 N/m3

A. cohesion

B. surface tension

C. viscosity

E. compressibility

A. is provides suitable meniscus

B. it has low vapour pressure

C. it is clearly visible

D. it has low surface tension

A. viscosity

B. compressibility

C. adhesion

D. cohesion

A. inviscous

B. incompressible

C. viscous and incompressible

D. inviscous and compressible

B. is large when fluid is more compressible

C. is directly proportional to flow.

D. is independent of pressure and viscosity

E. has the dimensions of 1/pressure

A. discharge

B. pressure intensity of gas

D. pressure intensity of liquid

A. inverse type

B. parabolic

C. none of the above

E. hyperbolic

A. friction

C. cohesion

D. adhesion

E. viscosity

A. same

C. higher/lower depending on temperature

D. lower

E. unpredictable.

A. cohesion

C. viscosity

D. elasticity

E. adhesion

A. compressibility

C. adhesion

D. viscosity

E. cohesion

A. surface tension

C. adhesion

D. viscosity.

E. compressibility

A. viscosity index

B. coefficient of viscosity

D. coefficient of compressibility

E. specific viscosity

A. metal piece will sink to the bottom

C. the metal piece will simply float over the mercury

D. none of the above

E. the metal piece will be immersed in mercury by half

A. surface tension

B. adhesion

D. all of the above

E. cohesion

B. 1500 kg

C. 1000 kg

D. 4000 kg.

E. 500 kg

A. specific speed

B. specific weight

C. specific viscosity

E. specific volume

A. steady state

B. static.

D. quasi static

E. laminar

A. MlLt

B. MlL2T2

C. MlL r2

D. MlLTx

B. all temperature

C. 0C

D. 0K

B. fluid pressure is zero

C. linear deformation is small

D. viscosity is nil

E. resistance to shear stress is small

A. 0C

C. 0K

D. 4C

E. 20C.

B. remains constant

C. decreases

D. unpredictable

E. increases first upto certain limit and then decreases

A. decreases

C. increases

D. remains same

E. none of the above.

B. distance

C. pressure

D. level

E. flow

A. increase in viscosity of gas

B. increase in viscosity of liquid

C. decrease in viscosity of gas

E. A. and D. above

A. none of the above

B. Say bolt

C. Red wood

E. Engler

A. inviscous and moving

C. viscous

D. viscous and static

E. moving

B. are compressible

C. possess none of the above properties

D. possess surface tension

E. are viscous

A. 9.75 m/sec2

C. 9 m/sec .

D. 9.81 m/sec2

E. 10.2/m sec