Rain water conducts electricity but distilled water does not.Why?

Question

Answer

Distilled water cannot conduct electricity because it does not contain ions while rain water conducts electricity as it contains ions due to presence of dissolved salts in it....

Answer

Rain water conduct electricity because rain water contain ions.If a substance want to conduct electric current then it must have ions in them.But in the case of Distilled water there are no ions, it will not conduct electric current.

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It's because rain water contains ions and all ! but distilled water is pure and clean , that means it has no external Particles like ions and all ! so rainwater can conduct electricity easily! but distinct water can't

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Rain water contains ion  so electricity generate but distilled water has no ions so it is salty and doesn't generate electricity

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Distilled water is a pure type of water which does not contain any ions in it. ... These gases dissolve in water to form some kind of acids like carbonic acids which dissociates to give ions. Thus rainwater is conducting electricity while distilled water is not conducting electricity.

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Rain water conducts electricity because it has some dissolved salts and minerals in it which makes it a good conductor of electricity.
On the other hand , Distilled water lacks these minerals and salts and remains non- conducting.

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Rain water conduct electricity because it contains many minerals, and elements and ions are also present. while distilled water does not contain minerals as they are removed from it

Answer

Introduction:
Rainwater and distilled water both have different electrical conductivities. Rainwater conducts electricity, while distilled water does not. This difference can be attributed to the presence of impurities in rainwater and the absence of these impurities in distilled water. To understand why rainwater conducts electricity and distilled water does not, we need to delve into the properties and composition of these two types of water.

Impurities in Rainwater:
Rainwater is not pure water; it contains various impurities that can affect its electrical conductivity. These impurities primarily come from the atmosphere, such as dust particles, gases, and pollutants. When rainwater falls through the atmosphere, it can pick up these impurities, allowing it to conduct electricity. These impurities act as conductive ions that facilitate the flow of electric current through the water.

Role of Ions:
Ions are electrically charged particles that are present in various substances, including water. In rainwater, these ions can come from the atmosphere or from the dissolved minerals and gases in the water. The presence of ions in water provides a pathway for the flow of electric current. When an electric potential is applied across the rainwater, the ions can move and carry the charge, resulting in the conduction of electricity.

Distillation Process:
Distilled water, on the other hand, is obtained through the process of distillation. Distillation involves boiling water and then condensing the vapor to collect the purified water. This process effectively removes impurities, including ions, from the water. As a result, distilled water becomes almost devoid of any conductive ions, making it a poor conductor of electricity.

No Ions, No Conductivity:
The absence of ions in distilled water is the primary reason why it does not conduct electricity. Without ions, there are no charged particles to facilitate the flow of electric current. Although water itself can undergo a self-ionization process where a small amount of water molecules dissociate into ions, the concentration of these ions in distilled water is extremely low, rendering it non-conductive.

Conclusion:
In conclusion, rainwater conducts electricity due to the presence of impurities, particularly ions, acquired from the atmosphere. These impurities provide a pathway for electric current to flow through the water. On the other hand, distilled water lacks these impurities, resulting in its non-conductive nature. The absence of ions in distilled water prevents the flow of electric current.

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