Yes, all impure solutions of water containing salts are conductive to some degree, in addition many juices are acidic, and many acidic water solutions are conductive.
It is a poor conductor.
The current in a conductor can be increased by either increasing the voltage applied across the conductor or decreasing the resistance of the conductor.
Gold is a conductor of electricity. It is highly efficient at conducting electricity due to its low resistance and high thermal conductivity.
Yes, a golden ring is a conductor as gold is a good conductor of electricity.
The gender of a conductor is not specified by the role itself. Anyone, regardless of gender, can be a conductor.
lemon juice with salt will act as a very good conductor also vinegar is a conductor but not a very good one
Yes, it is a conductor of electricity, but not a good one.
yes
Yes It Is
yes
Yes, it contains lots of ionised salts that allow current to flow. Its a conductor. Not a good conductor, but it conducts.
Orange juice, lemon juice and basically anything with high acidity contents and lots of pulp.
Don't know I think lemon juice
Lemon juice is a good thermal conductor primarily due to its high water content and the presence of dissolved ions, such as citric acid and other electrolytes. These ions facilitate the transfer of heat by allowing energy to move more freely through the liquid. Additionally, the water in lemon juice has a relatively high thermal conductivity, which contributes to its ability to conduct heat effectively.
Yes, all impure solutions of water containing salts are conductive to some degree, in addition many juices are acidic, and many acidic water solutions are conductive.
A lime, specifically lime juice, can conduct electricity due to the presence of ions in its acidic solution. When lime juice is dissolved in water, it dissociates into positively charged hydrogen ions (H⁺) and negatively charged ions, allowing it to facilitate the flow of electric current. This ionization is what makes lime, like other acidic solutions, a conductor of electricity.
Yes, a bulb can glow if current passes through tomato juice, as it contains ions and electrolytes that can conduct electricity. However, the effectiveness of tomato juice as a conductor may vary, and it is unlikely to be as efficient as traditional conductive materials. The brightness of the bulb would depend on the concentration of the juice and the voltage applied.