A.Around middle of the scale
B.In the first quarter of the scale
C.In the second quarter of the scale
D.Around full capacity of the scale
E.In the last third of the scale
A.Constant volume process
B.Constant pressure process
C.Constant temperature process
D.Adiabatic process
E.Polytropic process
A.In diverging conduits the velocity always decreases
B.The velocity is always sonic at the throat of a converging diverging tube
C.On supersonic flow the area decreases for increasing velocity
D.Sonic velocity cannot be exceeded at the throat of a converging diverging tube
A.Trammels
B.Combination square
C.Marking gauge
D.all of the above
A.Automatic measuring
B.Automatic logging
C.Alarm monitoring
D.Data and alarm scanning
E.All of the above
A.Two ferrous materials
B.One ferrous and one non-ferrous material
C.Two non-ferrous materials
D.Two non-metals
A.Specific gravity
B.Pressure coefficient
C.Darcy weisbach friction factor
D.Kinematic viscosity
A.Technical causes
B.Human causes
C.Environmental causes
D.A combination of human, technical and environmental causes
A.Corporate bonds
B.Treasury bills
C.Debentures
D.Treasury bonds
E.State government bonds
A.Equal in size to the casting
B.Somewhat larger in size than the casting
C.Somewhat smaller in size than the casting
