Chemical Engineering Basics

A. Both specific humidity & dry bulb temperature increases
B. Both specific humidity & dry bulb temperature decreases
C. Specific humidity decreases & dry bulb temperature increases
D. Specific humidity increases & dry bulb temperature decreases

A. Tin
B. Copper
C. Zinc
D. Aluminium

A. Impact
B. Cupg
C. Hardness
D. Tensile

A. Same crystalline structure
B. Same valency
C. Widely differing electronegativity
D. Same atomic sizes

A. Critical point
B. Curie temperature
C. Inversion temperature
D. Eutectic temperature

A. Creep
B. Fatigue
C. Endurance
D. Tensile

A. Hardness & tensile strength
B. Carbon content
C. Iron content
D. Alloying elements content

A. High precision components with complex cavities and sharp features
B. Components of large size
C. Porosity free components
D. Components of such alloys whose constituents do not form alloys readily

A. More
B. Less
C. Same
D. More but less than the diameter of bolt

A. Steel plant
B. Textile factory
C. Petroleum refinery
D. Coke oven battery