Category: Chemical Engineering Basics

A. Is due to intermolecular forces of cohesion
B. Decreases with rise in temperature
C. Is responsible for the spherical shape of an isolated liquid drop
D. All A, B. & C

A. Adiabatic
B. Quasi-static
C. Isothermal
D. Isentropic

A. Mechanical
B. Machining
C. Magnetic
D. Refractory

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

A. Heat addition & compression ratio
B. Heat addition & pressure
C. Compression ratio & pressure
D. Cylinder dimension & rpm

A. Plasticiser: increases the polymer strength
B. Heat stabiliser: increases the maximum service temperature
C. Fillers: Does not affect the property of polymer but increases its weight
D. Lubricants: increases the flexibility of polymers

A. Zinc
B. Nickel
C. Lead
D. Tin

A. 60 – 100
B. 400 – 700
C. 1200 -1500
D. 2000 – 2300

A. The continuous adjustment of the set point index of an automatic control loop by a primary(master) controller
B. Used when changes in process conditions cause serious upsets in the controlled variable
C. Useful to control flow from temperature
D. All A, B & C

A. A1 is more alkaline than solution A2
B. A1 is highly acidic
C. A2 is very slightly acidic
D. Both B. & C.