Category: Chemical Engineering Basics

A. Concentration
B. Velocity
C. Temperature
D. None of these

A. Hot rolled mild
B. Cold rolled mild
C. Forged
D. Machinable stainless

A. 0.25
B. 0.45
C. 0.70
D. 0.95

A. Authored by Kirk Othmer
B. Edited by Perry and Chilton
C. Edited by Kirk Othmer
D. Authored by Perry and Chilton

A. ΔQ = 0, ΔS=0
B. ΔQ = 0, ΔS = +ve
C. ΔQ = 0, ΔS = -ve
D. ΔQ = +ve, ΔS= +ve

A. Plates
B. Rods
C. Tubes
D. Wires

A. Refine coarse grain structure obtained during hot working
B. Improve ductility
C. Improve yield strength
D. Improve mechanical properties

A. Aluminium carbide
B. Tungsten carbide
C. Nickel carbide
D. Iron carbide

A. Are good conductor of heat & electricity
B. Act as electron donors with metals & as electron acceptor with non-metals
C. Are not necessarily solids at room temperature
D. Are compounds that exhibit both metallic & non-metallic properties to some extent and are
exemplified by elements like germanium, silicon & boron

A. Stainless steel
B. Reinforced cement concrete
C. Cast iron
D. Asbestos cement