No, lemon juice does not conduct electricity better than vinegar in water. Both lemon juice and vinegar contain weak acids that dissociate ions in water, allowing them to conduct electricity to a similar extent. The conductivity depends more on the concentration of ions present in the solution rather than the specific acid used.
A substance can be soluble in water because it forms bonds with water molecules through hydrogen bonding. However, if the substance does not dissociate into ions in water, it will not conduct electricity. In order for a solution to be conductive, it needs to have mobile ions that can carry an electric current.
Yes, when sodium sulfate is dissolved in water, it dissociates into sodium ions and sulfate ions, which are free to move and carry electrical charge. Therefore, a solution of sodium sulfate in water can conduct electricity.
Metals are generally good conductors of electricity, meaning they allow electricity to flow easily through them. Insulating materials, such as rubber, plastic, and glass, are used to prevent electricity from passing through and are more effective at insulating than metals.
Ionic compounds eg NaCl yield ions when dissolved in water, NaCl (in water) -> Na positive ions and negative Cl ions. Ions have electrical charges & conduct electricity. All compounds are "molecular", ie they are made up of more than one atom in combination. Some molecules are not ionic, eg common sugar, and when they are dissolved in water they do not yield ions and do not conduct electricity.
Pure water does not conduct electricity well because it has very few ions. However, when impurities or ions are added to water, such as salt or minerals, it can conduct electricity. Other liquids that can conduct electricity include acids, bases, and some solvents.
this is more of a chemistry question. Pure water, does not conduct electricity. But when you add salt, it separates into positive and negative ions. These are free to move about the liquid, and so there are mobile charges. mobile charges are required to conduct electric current, and so this is how water can conduct electricity.
No, lemon juice does not conduct electricity better than vinegar in water. Both lemon juice and vinegar contain weak acids that dissociate ions in water, allowing them to conduct electricity to a similar extent. The conductivity depends more on the concentration of ions present in the solution rather than the specific acid used.
A substance can be soluble in water because it forms bonds with water molecules through hydrogen bonding. However, if the substance does not dissociate into ions in water, it will not conduct electricity. In order for a solution to be conductive, it needs to have mobile ions that can carry an electric current.
Adding salt to water makes the water denser. As the salt dissolves in the water, it adds mass (more weight to the water). This makes the water denser and thus allows more objects to float on the surface that would sink in fresh Water
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Yes, when sodium sulfate is dissolved in water, it dissociates into sodium ions and sulfate ions, which are free to move and carry electrical charge. Therefore, a solution of sodium sulfate in water can conduct electricity.
No, cold water is not a good insulator of electricity. Water is a conductor of electricity, meaning it allows electricity to flow through it easily. Pure water is a poor conductor, but impurities and minerals in water can increase its conductivity.
conduct electricity
Yes, when sodium chloride dissolves in water, it dissociates into sodium and chloride ions, which are free to move and conduct electricity. The presence of these charged ions in solution allows for the flow of electric current.
Potato is known to be able to conduct electricity relatively well due to its high water and electrolyte content. When a potato is used in a battery experiment, the electrolytes in the potato help facilitate the flow of electrical current. Other fruits and vegetables with high water content, such as lemons and tomatoes, can also conduct electricity to some extent.