B. None of these

C. Thorium-232

D. Uranium-238

A. Joule heating effect

C. Seebeck effect

D. Thomson effect

B. Stainless steel

C. Phosphor bronze

D. Monel metal

B. Radiation pyrometer

C. Photo-electric pyrometer

D. Thermocouple

A. Platinum resistance thermometer

B. Vapor pressure thermometer

C. Mercury in glass thermometer

A. Radiation pyrometer

B. Thermocouple

C. Resistance thermometer

A. All A., B. and C.

C. Same substance (e.g. heavy water) is used as moderator & coolant

D. Fissile atoms are evenly distributed throughout the mass of nuclear reactor

A. CO2

B. N2

D. He

A. pH value

B. Composition of complex ions

D. Degree of hydrolysis

B. Decay ratio = overshoot

C. Overshoot increases for increasing damping co-efficient

D. Large damping co-efficient means smaller damping

A. Third

B. Zero

D. Second

A. Dead time system

C. A second order system

D. A first order time lag

B. NO2

C. CO2

D. NO

A. Have high density, but low heat transfer co-efficient

B. Be capable of attaining high temperature, only when it is pressurised

C. Be a good absorber of neutrons

A. > 1

B. > 200

D. 25-Jan

A. Madam Curie

B. Roentgen

C. J.J. Thomson

B. Pressurised water

C. CO2 gas cooled

D. Molten sodium cooled

B. Neutron breeding capability

C. Excellent moderating properties

D. Capability to increase the reaction rate in the core

A. Temperature difference

B. None of these

C. Heat content in the system

A. Hydrometer

B. Contact-type electric indicators

C. Displacement meter

A. Protons

B. Electrons

C. Electrons and three protons

A. 2.43 mv

B. 3.26 mv

C. 0.80 mv

A. Neptunium

C. Radium

D. Uranium

A. Kc ?D s

C. Kc(1 +1/?D s)

D. Kc/?D s

A. Combustion

B. Thermionic emission

C. Radioactive decay

B. Zircaloy

C. Stainless steel

D. Ceramics

A. Barn

B. Fermi

C. Angstrom

A. Helium

C. Tritium

D. Hydrogen

A. Kirchoffs law

B. Seebeck effect

D. Wiens law

A. X-ray diffraction

B. Emission spectrometer

C. Mass spectrometer

A. Radium

B. Plutonium

C. None of these

A. Graphite moderated

C. Homogeneous

D. Enriched uranium (3% U-235) fuelled

B. Neutron

C. Proton

D. ?-particle

A. Zircaloy

B. Molybdenum

D. High carbon steel

A. O2

B. NO

D. NO2

A. None of these

C. Nyquist

D. Routh stability

A. Load

B. Manipulated

D. None of these

A. Bimetallic thermometer

C. Thermocouple

D. Radiation pyrometer

A. Thermal

B. Potential

D. Electrical

A. Deuterium

C. Helium

D. None of these

B. Low flash point

C. Low thermal conductivity

D. High viscosity index

A. 32.97

C. 0.71

D. 7.54

B. Velocity

C. Stress

D. Strain

B. Swimming pool

C. Liquid metal cooled

D. Thermal

B. Beads

C. Strips

D. Bars

A. None of these

B. Fission

D. Combustion

A. Should have small absorption cross-section

B. Is generally made of boron, hafnium or cadmium

C. Should have large absorption cross-section

A. None of these

B. Good absorber of neutrons

D. Solid substance

B. 50

C. 10

D. 100

A. Vapor pressure

C. Mercury in glass

D. Resistance