A. Cresylic acid
B. Xanthaies
C. Pine oil
D. All A, B. & C.
Chemical Engineering Basics
Chemical Engineering Basics
A. Low impact strength
B. High flexibility
C. Better finish and surface appearance
D. High plastic deformation
A. Low temperature of
B. High temperature of
C. High % of CO in
D. High % of CO2 in
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. Spinning
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
