Electrolytes and non-electrolytes - class-X

A Chemical compound that conducts electricity by changing into ions like cations and anions when melted or dissolved into a solution.

Electrolyte is a substance that dissociates into ions in a solution and acquires the capacity to conduct electricity. Electrolysis is the dissociation of an electrolyte into ions at the electrodes by the passage of electric current.
During the electrolysis of silver nitrate solution, silver gets deposited at the cathode, while the anode loses an equal amount of Ag. Hence, $Ag{ NO } _{ 3 }$ is an electrolyte.

Substances which allow electric current to pass through them easily are called good conductors of electricity.

Because velocity of $k^+$ & $NO _{3}^{-}$ ions same & it so not happens one start getting accumulate which have higher velocity and block the test tube.

Weak electrolytes do not fully dissociate in water. Ammonium oxalate is a salt of a weak acid and a weak base, often exhibiting weak electrolytic behavior compared to strong salts like ammonium sulfate.

A strong electrolyte dissociates completely.

Electrolytic decomposition of 18 g of water gives 0.5 mole of O2.
So 90 g of water will give (0.5/18)×90 = 2.5 moles of O2.

The max. no of moles of oxygen gas is 2.5 moles

Strong electrolytes dissociate completely into ions in water. KOH, H2SO4, and KMnO4 are all strong electrolytes that dissociate fully.

Non- electrolytes do not dissociate completely into ions in aqueous solution. So, only their molecules are present in the solution.

Here iron, copper sulphate and mercury are electronic conductors since they permit the flow electric charge with the application of voltage. 

The equivalent conductance at infinite dilution of an acid like $HF$ can best be determined from measurement of dilute solution of $NaF,NaCl,HCl$ because these have ionic character.

Correct option (b) The osmotic pressure of B will be more than that of A 

 Explanation: The concentration of electrolyte, which ionises in water shall be more although 80% of it dimerises 

In case of Aq.  $AgNO _3$  with Ag electrodes, metal from anode goes to the solution and metal from solution goes to the cathode, hence the composition of electrolyte does not change with time and remain constant.

Hence. option A is correct.

In an electrochemical cell, the metal with a higher reduction potential (more noble) acts as the cathode, while the metal with a lower reduction potential (more active) acts as the anode. Copper (Cu) has a higher reduction potential than iron (Fe).

An electrolyte is a substance that produces an electrically conducting solution when dissolved in a polar solvent. Sulphuric acid, lemon juice, and tamarind juice contain ions that conduct electricity, whereas a detergent solution is generally considered a non-electrolyte or a very weak one in this context.

An electrolyte is a substance that ionizes when dissolved in suitable ionizing solvents such as water. This includes most soluble salts, acids, and bases.

Electrolytes are salts or molecules that ionize completely in solution. As a result, electrolyte solutions readily conduct electricity.
Nonelectrolytes are compounds that do not ionize at all in solution. As a result, solutions containing nonelectrolytes will not conduct electricity. Typically, non-electrolytes are primarily held together by covalent rather than ionic bonds. A common example of a nonelectrolyte is glucose

Nonelectrolytes are compounds that do not ionize at all in solution. As a result, solutions containing nonelectrolytes will not conduct electricity. Typically, nonelectrolytes are primarily held together by covalent rather than ionic bonds. 

Sugar molecules are covalent compounds which doesn't dissociates into ions so they will not conduct electricity in solution and are non-electrolyte.
Also, water has very low ionisation constant so it dissociates very low and pure water is consists almost entirely of molecules. As number of ions are very less in pure water so normally it will not conduct electricity and its non-electrolyte.

 Molecules will be found in a liquid compound which is a non-electrolyte. For example, glucose is a non electrolyte. It does not dissociates in aqueous solution. Hence, in aqueous glucose solution, we can find glucose molecules. Another example of non electrolyte is urea.

Nonelectrolytes are compounds that do not ionize at all in solution. As a result, solutions containing nonelectrolytes will not conduct electricity. Typically, nonelectrolytes are primarily held together by covalent rather than ionic bonds. A common example of a nonelectrolyte is glucose. Liquid carbon tetrachloride is also a nonelectrolyte.

An electrolyte is a substance that produces an electrically conducting solution when dissolved in a polar solvent, such as water. The dissolved electrolyte separates into cations and anions, which disperse uniformly through the solvent. Electrically, such a solution is neutral.

Electrolytes are always ionic in nature.
Electrolytes in aqueous solution dissociate into cation and anion respectively.

An electrochemical cell converts chemical energy to electrical energy. An electrochemical cell has two electronic conductors such as metal plates or carbon rods dipped into an electrolytic or ionic conductor which is an aqueous electrolytic solution or a pure liquid of an electrolyte.

Statement 1: Benzene is a non electrolyte. Its molecules do not undergo dissociation.
Statement 2: A good electrolyte has charged ions that carry the electric current.
Statement 1 is not correct but Statement 2 is correct.

Statement I : In water, a  nonelectrolyte does not ionize.
For example, urea and glucose are non-electrolytes. They do not ionize in water.
Statement II : The ionic solution does conduct electricity.
Thus aqueous $NaCl$ solution conducts electricity as $NaCl$ dissociates into $\displaystyle Na^+$ ions and chloride $\displaystyle Cl^-$ ions.
$\displaystyle NaCl \rightleftharpoons Na^+ +  Cl^- $.
Statement I is True, Statement II is False

If the electrodes were put in a saturated solution of glucose which is dissolved in water, light bulb would remain dark.
This indicates that no electricity is passing through aqueous glucose solution.
Glucose is a non electrolyte. Hence, in aqueous solution of glucose, no ions are present. Hence, it cannot conduct electricity.

Option C is the correct answer.

Electrolyte is an substance that dissolve by separating into ions in solution . They even can conduct electricity. As their ions are free to carry current.

On dilution, the molar conductivity of X increases by 1.5 times and Y by 20 times. Hence, X is a strong electrolyte and Y is a weak electrolyte.

The substances whose aqueous solutions conduct electricity are called electrolytes.