A. Regenerated cellulose acetate

C. Regenerated cellulose nitrate

D. Cellulose nitrate

A. None of these

B. Nylon

C. Dacron

B. 32.97

C. 0.71

D. 7.54

A. Viscosity

C. Specific gravity

D. Flashpoint

B. the products during the final stages of reaction

C. Hold back is defined as the fraction of material that stays longer than the mean residence time

D. For studying a chemical reaction, it is desirable to monitor the reactants during initial stages

E. Study of non-ideal flow reactor is done experimentally by stimulus-response technique

A. Harder

B. Having higher melting point

C. More abrasion resistant

A. Rescolite

C. Pitchblende

D. Carnotite

A. Adhesion to rubber

B. Hardness

C. Thermal stability

A. Paraffins have higher octane number than corresponding iso-paraffin

C. Aviation fuel should have very high cloud point

D. Suitability of kerosene as a fuel & as an illuminant may be determined by char value test

A. Pore volume and porosity of a catalyst is measured by Brunauer-Emmett-Teller (BET)

C. The dispersion number for a reactor/vessel is uL/D

D. hnique

E. The rate controlling step in a reaction involving many steps is the fastest step

A. PVC

C. Polythene

D. Teflon

A. Acetylene

B. None of these

D. Isoprene

A. X-rays

B. ?-rays

D. Ultra violet rays

A. Depression of its freezing point

C. Improving its curing rate

D. A treatment to retard its deterioration due to oxidation

A. Bakelite

B. Perspex

D. PVC

A. Characterisation factor of paraffinic crude oil is more than 12

B. Abel apparatus is used for determining flash points below 50C

D. Pensky-Marten apparatus is used for determining flash points above 50C

A. Molecularity of the reaction is always a whole number greater than zero

B. Visible radiation provides the necessary activation energy in photochemical reactions

C. For a second order reaction, the slope of the graph/plot between rate and (concentration) is

E. al to the rate constant (k)

B. Power generation

C. bardment on different materials</strong>

D. None of these

E. Accelerating the neutrons

B. Strength

C. Elasticity

D. Plasticity

A. Tetrafluoroethylene

B. DMT

D. Butadiene

A. Regenerated cellulose

B. Cellulose acetate

D. Cellulose acetate butyrate

A. Plastic

B. Resinous

C. Fibrous

A. 90U238

B. 92U236

D. 90U236

A. Hydraulic fluid for heat transfer

C. Resin for lamination

D. As grease & lubricant

A. For surface coating of automobiles & air crafts

B. As plasticiser for PVC & nitrocellulose

C. For film forming materials

A. Autocatalytic reactions are exemplified by microbial fermentation reactions

B. The slowest step has the greatest influence on the overall reaction rate in case of an

C. eversible series reaction

D. The fractional conversion at any time is same for both the constant as well as the variable

E. ume system in case of an irreversible unimolecular type first order reaction

A. There is no transfer lag for a single first order system

B. Transfer lag is a characteristic of all higher order systems (other than first order systems)

C. Stirred tank with a water jacket exemplifies an interacting system

B. Wet rub resistance

C. Folding endurance

D. Wet tear and bursting strength

A. Out of ?, ?, and ?-rays, the one having maximum penetration power are ?-rays

C. The product formed by emission of ?-particle has mass number less by 4 units than the parent nuclide

D. Atoms with same number of nucleons but different number of protons are called isobars

B. blade length is l/4th of agitator diameter (with central disc, it is l/8th of the agitator

C. Turbine agitator should be located at a height not less than one agitator diameter length from

D. meter)

E. bottom. If the depth of liquid in the tank is more than twice the agitator diameter, two

F. tators should be used

B. Nylon-6

C. Teflon

D. Bakelite

A. Saturated polyester

C. Amino resins

D. Unsaturated polyester

A. Pu-239

B. U-235

D. U-238

A. 97

C. 85

D. 50

A. Cellulose

B. Nucleic acids

D. Starch

A. Remain hard as long as they are hot

C. Cannot be reclaimed from waste

D. Permanent setting resins

A. Terephthalic acid

B. Sebacic acid

C. Benzoic acid

A. Are made by addition polymerisation reaction only

B. Are cross-linked polymers only

D. Use emulsion polymerisation methods

A. Pyridine

B. Phenol

C. Naphthalene

A. U-233

B. U-235

D. Pu-239

A. Hardeners

C. Transparency improver

D. Anti-shrinkage agents

A. None of these

B. Uranium

D. Plutonium

B. Interacting system of two tanks in series

C. Damped vibrator

D. Non-interacting system of two tanks in series

A. Loss of electrons from neutral atoms produces negative ions

B. Gain of electrons by neutral atoms form cations

C. Proton to neutron ratio in a stable nucleus is 2 : 1

A. The nucleus of a hydrogen atom is identical with a proton

B. Mass of an electron is about 1/1800th of the lightest nucleus

C. A, ?-ray particle is identical with an electron

A. Coking tendency decreases with increasing molecular weight

B. Higher pressure enhances coke formation

D. Coking is an exothermic reaction

A. ?-ray

B. ?-ray

C. Position

A. Epoxy resin

C. Polyurethane

D. Silicone rubber

A. Fuel elements

B. Walls of the reactor

A. Epoxy resin

B. Polyamide

D. Phenolic resin