Silver

Since molecular compounds are composed of neutral molecules, their electrical conductivity is generally quite poor, whether in the solid or liquid state. When molten, however, it can conduct electricity because its ions are able to move freely through the liquid (Figure 6.2.

Ions are needed to conduct electricity in an aqueous solution. Molecular compounds dissolve into molecules rather than dissociate into ions, so they typically do not conduct electricity very well when dissolved in water.

A molecular compound cannot conduct electricity in any state, whereas an ionic compound, when dissolved in an aqueous solution, can act as a good conductor of electricity. Ionic compounds are more reactive than molecular compounds.

Compounds with strong conductivity dissociate completely into charged atoms or molecules, or ions, when dissolved in water. These ions can move and carry a current effectively. The higher the concentration of ions, the greater the conductivity.

Lead is the poorest conductor of heat as it conducts heat very slowly so it acts as an insulator and used as lead coolant rods in many reactions.

Materials like glass and plastic are poor electrical conductors, and are called insulators. They are used to stop electricity from flowing where it is not needed or where it can be dangerous, such as through our bodies.

It sounds crazy, but it’s true! This is because salt water is a good conductor of electricity which makes ocean water a resource for renewable energy. Salt molecules are made of sodium ions and chlorine ions. In short, salt water can help to produce electricity.

No, for a solution to conduct electricity, presence of free ions is necessary, hence alcohol, which doesn’t ionise is a bad conductor of electricity.

Alcohol (isopropyl alcohol, ethanol and isopropanol) is a polar solvent (very conductive) and is potentially corrosive (contains water). Not recommended as a carrier solvent. Alcohol is not recommended in concentrations greater than 3% of the total formulation.

Honey is a poor conductor because it is made largely of sugars called fructose and glucose and some water. Conductors of electricity need mobile electrons or ions to carry the charge and sugars do not have either one.

Glucose (sugar) readily dissolves in water, but because it does not dissociate into ions in solution, it is considered a nonelectrolyte; solutions containing glucose do not, therefore, conduct electricity.

When glucose is added to water it readily dissolves but it does not dissociate into ions. Therefore, the glucose solution is a non-electrolyte and is a poor conductor of electricity.

Glucose is neither acidic nor basic in nature. It is considered to be neutral and its pH value is also 7. It does not donate hydrogen ions on dissolving as most of the acids do. Neither does it donate hydroxyl ions like the base.

Sulfuric acid is very popular for its high electrical conductivity. It conducts electricity very well because of the dissociation that happens through its protonation. When sulfuric acid dissolves in water, it ionizes into hydrogen ions and sulfate ions.

Complete answer: Lemon juice has citric acid in it. When lemon juice is added to water, the acid dissociates into anions and cations which are charged. Hence when the salt or lemon juice is mixed in distilled water it becomes a conductor of electricity.

(c) Both solid silver (Ag) and molten Ag are good conductors of electricity. However, solid silver nitrate, AgNO3, is a good conductor only when melted or dissolved in pure water; as a solid, it is a poor conductor.

Compounds and molecules such as LiOH will ionize partially when dissolved in water/solution. Compounds and molecules such as C4H3 (butane) will ionize completely when dissolved in water/solution. Compounds and molecules such as NH3 will conduct electricity when dissolved in water/solution.

It may be 1% ionized or 99% ionized, but it is still classified as a weak acid. The issue is similar with bases: a strong baseAny base that is 100% dissociated into ions in aqueous solution. is a base that is 100% ionized in solution….Learning Objectives.