A. Barometer

B. thermometer

D. manometer

B. Three

C. Five

D. Two

A. Zeeman effect

B. Compton effect

D. Photoelectric effect

A. Daltons law

B. Avogadros law

C. Charles law

B. Equal to 1.7

C. Less than 1.7

D. No specificity exists

B. Einstein

C. Moseley

D. Roentgen

A. Amount of solvent

C. solution

D. amount of soluble solute

A. Positron

B. Electron

D. None of above has such capability

A. Pfund

C. Brackett

D. Paschen

A. 3-times

B. 6 times

C. 2-times

B. thermodynamics

C. chemical kinetics

D. stoichiometry

A. All p-orbitals are involved

C. four p-orbitals are involved

D. one p-orbital is involved

A. Different intensities

B. Different colours

C. all have little contribution

A. all of the above

C. animals

D. fossils

B. Tin

C. Silica

D. Sulphur

A. Chlorine (Cl2)

B. Hydrogen (H2)

D. Methane (CH4)

A. Filtration

B. Crystallization

C. Sublimation

A. K.E + heat energy

B. P.E + mechanical energy

C. P.E + heat energy

A. pressure and volume

C. heat and volume

D. pressure and temperature

A. Electrons

B. Repulsive force

C. Neutrons

A. Rapid process

B. Fast process

C. All are possible

B. Ethyl alcohol

C. Ethylene glycol

D. Water

A. Colour

B. Transition temperature

D. Definite geometry

A. Lieuid is highly compressible

B. Liquid do not have definite volume

D. Liquid do not have definite shape

B. Pressure

C. Volume

D. Temperature

A. Interaction

B. All of above represent same entity

D. Attractive force

A. Face centered cubic lattice

C. simple cubic lattice

D. othorhombic lattice

A. glass calorimeter

B. thermometer

C. manometer

A. surrounding

B. enthalpy

D. environment

A. R-COOH

C. R-CO-R

D. OH

A. impossible to predict

B. 2n

D. 3n

A. No change

B. Variable trend

D. Decreases

A. CH4

B. N2

C. H2

A. Zeeman orbitals

B. Hybrid orbitals

C. Generate orbitals

A. cis-trans isomerism

B. geometric isomerism

C. both a & b

A. Plasma

B. Liquid

C. Solid

A. Newton

B. Pascal

C. Poise

A. Dipole-induced dipole

B. intramolecular

C. intermolecular

A. s

C. m

D. 1

A. cooling

B. vaporization

C. heating

B. Enthalpy

C. Gibbs free energy

D. Internal energy

A. Has an increasing free energy

C. Is spontaneous

D. Spontaneity is temperature dependent

A. Atomic size

C. Electron affinity

D. Ionization energy

A. 18

B. 6

C. 10

B. Positive

C. Negative

D. none

A. CnH2n-1

C. CnH2n

D. CnH2n+2

A. Half filled orbitals

B. Anti bonding molecular orbitals

D. Bonding molecular orbitals

A. Cal

B. GJ

D. KCaL

A. crystals

C. mud

D. Insoluble particles

A. Phenol

B. Water

C. Ethyl alcohol