Chemical Engineering Basics

A. Eutectic temperature
B. Lower critical temperature
C. Recrystallisation temperature
D. Upper critical temperature

A. Isothermal expansion
B. Isochoric heat addition
C. Polytropic expansion
D. Isobaric heat addition

A. 14 : 1
B. 22 : 1
C. 25 : 1
D. 4 : 1

A. Lancing
B. Shot peening
C. Slugging
D. Sning

A. High speed steel
B. Stainless steel
C. Tungsten carbide
D. Superalloys

A. 1 stoke = 1 cm2/sec
B. 1 N.sec/m2 = 10 paise
C. 1 stoke = 1 m2/sec
D. 1 m2/sec = 104 stokes

A. Elastic
B. Ultimate
C. Yielding
D. Breaking

A. Adiabatic
B. Isothermal
C. Isentropic
D. Isochoric

A. Small punches, broaches reamers and springs
B. Cutlery, screws, rivets and files
C. Mandrels, twist drills, small lathe tools and razors
D. Forgings like can shaft, structural steel plate, threading dies and drawing dies

A. Ferromagnetic
B. Semi-conductor
C. Paramagnetic
D. Ferroelectric