- increase in ionic character of M-OH bond
- decrease in electropositive nature of M
- decrease in ionic character of M-OH bond
- lanthanide contraction and decrease in ionic character
- K > Cs > Rb
- Cs > Rb > K
- K < Cs < Rb
- Rb > Cs > K
- naphthalene aldehyde
- naphthalene carbaldehyde
- dibenzene aldehyde
- naphanal
- ionic bonding
- metallic bonding
- van Dar Waal's forces
- covalent bonding
- 1 in case of physical adsorption
- 1 in case of chemisorption
- between 0 and 1 in all cases
- between 2 and 4 in all cases
- f-f transition
- lanthanide contraction
- unpaired electrons in forbital
- unpaired electrons in s orbital
- right side
- left side
- numerator
- denominator
- Sol particles move towards opposite electrodes
- Medium moves towards opposite electrodes
- Neither nor (2)
- Both & (2)
- the conduction do not involve the transfer of matter
- the conduction process do not involve chemical change
- the resistance decreases with increase in temperature
- conductivity increases with decrease in temperature
- flow of ions
- flow of electrons
- flow of atoms
- all of these
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