By definition, the conductivity of an electrolyte is going to be a constant value dependendent on a specific distance between electrodes, when measured. If you allow the distance between electrodes to vary, thus changing the definition of Conductivity, then the value of whatever you call this 'new thing' will DECREASE, as the distance increases, while all else remains equal.
Suppose it takes 60 volts AC to create a 1 amp current flow through the electrolyte with the electrodes 1 inch apart. Then you move the electrodes 2 inches apart and it takes 120 volts AC to get the same 1 amp current flow. The farther apart the electrodes are, the greater the voltage required to recreate the same 1 amp current flow. The electrolyte has not changed physically or chemically, so its actual Conductivity has not changed, but that 'new thing' you defined above has changed.
molar conductivity involves concentration of electrolyte also....but electrolytic conductivity doesn't
If the temperature increases, the conductivity will increase too which means the dielectric constant is reduced
Not sure, in my 9th standard (level of Indian standard education),we studied about conductors....."when temperature increases conductivity of a conductor is also increases". but it is not true in all case because of the properties of the conductors. in some case ...'temperature increase the resistance of a conductor increases so conductivity decreases '. for example: in olden days electronic equipments is more efficient when the atmospheric temperature increases or presence of heat .
Its resistance increases. This is because of vibrations of the core of atoms and so they have got good influence over the movement of electrons. So conductivity gets reduced and so resistance increases. This is what we call positive temperature coefficient
The effect of temperature on viscosity, and how these facts may be interpreted is presented. The principal observed qualitative facts are as follows: (1) All gases at ordinary pressure become more viscous as the temperature is raised. (2) Most liquids become less viscous as the temperature is raised. (3) Highly compressed gases resemble liquids in this respect: they become less viscous as the temperature is raised. (4) For a few liquids (specifically, liquid helium and liquid sulphur) there is a range of temperature over which the viscosity increases as the temperature is raised.
Molar conductivity is what increases dilution. It is the conductivity of an electrolyte solution.
molar conductivity involves concentration of electrolyte also....but electrolytic conductivity doesn't
increasing conductivity the intersection of flux lines with surface increases so sensitivity increases
Any substance that dissolves in water, increases the conductivity of water. The most effective substances are salts.
When the reduction electrode potential of the metal electrode increases there will be a tendency towards corrosion.
these electrolytes will dissociate a lot less compared to the dissociation of strong electrolytes. This is due to the fact that they don't completely ionize in a moderately solution.
It doesn't. Conductivity increases with increasing concentration.
Salinity increases conductivity. A saline liquid as a high percentage of sodium which is facilitates the transfer of electrons hence increasing on the conductivity.
It increases the conductivity of the water
yes it does
Generally speaking conductivity of metals decreases as the temperature increases.
For a weak acid (or base), as the concentration increases, the % ionization/dissociation decreases. This leads to fewer ions in solution, and hence the molar conductivity decreases.