Sodium dissolves in liquid ammonia to form a solution which shows electrical conductivity.

Sodium dissolves in liquid ammonia to form a solution which shows electrical conductivity.
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Explain : Sodium dissolves in liquid ammonia to form a solution which shows electrical conductivity.
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Description : when an alkali metal dissolves in liquid ammonia, the solution can acquire different colors. Explain .

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AgCl dissolves in ammonia solution giving

Description : AgCl dissolves in ammonia solution giving

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A white sodium salt dissolves readily in water to give a solution which is neutral to litmus. When silver nitrate solution is added to the aforementio

Description : A white sodium salt dissolves readily in water to give a solution which is neutral to litmus. When silver nitrate solution is added to the aforementio

Last Answer : A white sodium salt dissolves readily in water to give a solution which is neutral to litmus. When silver nitrate solution ... . `S^(2-)` D. `Cl^(-)`

A white sodium salt dissolves readily in water to give a solution which is neutral to litmus. When silver nitrate solution is added to the solution, a

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A Solution of sodium in liquid ammonia is strongly reducing in nature.Why?

Description : A Solution of sodium in liquid ammonia is strongly reducing in nature.Why?

Last Answer : Ans Due to presence of ammoniated electrons.

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Assertion:- Ionic compounds exhibits electrical conductivity in solution state. Reason :- In solution state electrons of ionic compounds are free.

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Description : What happens sodium chloride dissolves in water?

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Description : Write the name of a liquid in which phosphorous dissolves:?

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An egg sinks in soft water but floats in a concentrated solution of salt because – (1) Egg absorbs salt from the solution and expands (2) Albumin dissolves in salt solution and egg becomes lighter (3) The density of salt solution exceeds the density of eggs (4) Water has high surface tension

Description : An egg sinks in soft water but floats in a concentrated solution of salt because – (1) Egg absorbs salt from the solution and expands (2) Albumin dissolves in salt solution and egg becomes lighter (3) The density of salt solution exceeds the density of eggs (4) Water has high surface tension

Last Answer : (3) The density of salt solution exceeds the density of eggs Explanation: Following the density principle, the density of the egg compared to the density of the tap water is lesser (the density principle ... and that is why an egg sinks in soft water but floats in a concentrated solution of salt.

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Last Answer : the density of salt solution exceeds the density of eggs

Which element is with the highest electrical conductivity? -Do You Know?

Description : Which element is with the highest electrical conductivity? -Do You Know?

Last Answer : answer:

Depending on the electrical conductivity, matter can be divided into how many parts ?

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Are lead and pyrite comparable in electrical conductivity?

Description : Are lead and pyrite comparable in electrical conductivity?

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What terms describe a substance that has a low melting point and poor electrical conductivity?

Description : What terms describe a substance that has a low melting point and poor electrical conductivity?

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What is the high electrical conductivity of metals is primarily due to?

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What is the electrical conductivity of glucose?

Description : What is the electrical conductivity of glucose?

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Description : (3) reflection of light due to the presence of free electrons Explanation: Lustre (or luster) is the way light interacts with the surface of a crystal, rock, or mineral. The word ... conductivity, and high density. Typically they are malleable and ductile, deforming -under stress without cleaving.

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Last Answer : (3) Less thermal conductivity Explanation: A metal to be used as a cooking material should have less thermal conductivity.

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Which element is with the highest electrical conductivity?

Description : Which element is with the highest electrical conductivity?

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With increase in temperature, the electrical conductivity of semiconductors (A) Increases (B) Decreases (C) Remain constant (D) Either (A) or (B), depends on the type of semi-conductor

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