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∙ 9y agoAcetic acid is a weak acid and therefore a weak electrolyte. A solution of it would have a low ion concentration and thus poor conductivity.
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∙ 9y agoThe acetic acid can corrode or damage the electrodes, reducing their conductivity and the flow of current through the light bulb. This can lead to a decrease in the brightness of the bulb. Additionally, the presence of acetic acid may create a short circuit or alter the electrical properties of the circuit, affecting the overall performance of the light bulb.
The hypothesis regarding using a lemon to power a light bulb would be that the acidic juice of the lemon can act as an electrolyte to facilitate a chemical reaction with the metal electrodes of the light bulb, generating enough electricity to produce light.
The weight of 10 percent acetic acid solution would depend on the total volume of the solution. For example, if you have 100 grams of a 10 percent acetic acid solution, it would contain 10 grams of acetic acid.
To make 1% acetic acid in acetonitrile, you would mix 1 part acetic acid with 99 parts acetonitrile by volume. For example, if you want to make 100mL of 1% acetic acid in acetonitrile, you would mix 1mL of acetic acid with 99mL of acetonitrile. Remember to handle acetic acid carefully as it can cause skin and eye irritation.
If the bulb lights up when copper sulfate and vinegar acetic acid are tested for conductivity, it indicates that both solutions are conductive. This means that they contain ions that can carry electrical current. Conductivity in these solutions is likely due to the presence of dissolved ions from the copper sulfate and acetic acid.
To calculate the concentration of the acetic acid solution, you would need to record the volume of acetic acid used, the total volume of the solution, and the molarity of the sodium hydroxide solution used during the titration.
No. Light behaves the same way in the liquid as it would in the air (as far as reflection is concerned, so the focal length of a mirror would not change if it were immersed in liquid.
try it, find out. I think it should if you us the right electrodes.
Yes, it is possible to light a bulb with raw peanuts using a science experiment known as the potato battery. By inserting two different metal electrodes into the raw peanuts and connecting them to a small light bulb, the electrolytes in the peanuts can generate enough electricity to produce a faint glow in the bulb.
The hypothesis regarding using a lemon to power a light bulb would be that the acidic juice of the lemon can act as an electrolyte to facilitate a chemical reaction with the metal electrodes of the light bulb, generating enough electricity to produce light.
The volume of acetic acid would be 23.65 mL : 473 mL x 0.05 acetic acid/mL = 23.65 mL acetic acid
The weight of 10 percent acetic acid solution would depend on the total volume of the solution. For example, if you have 100 grams of a 10 percent acetic acid solution, it would contain 10 grams of acetic acid.
To make 1% acetic acid in acetonitrile, you would mix 1 part acetic acid with 99 parts acetonitrile by volume. For example, if you want to make 100mL of 1% acetic acid in acetonitrile, you would mix 1mL of acetic acid with 99mL of acetonitrile. Remember to handle acetic acid carefully as it can cause skin and eye irritation.
To remove salt from food using electrolysis, you would need to create a solution with the food immersed in it. Then, by passing an electric current through the solution, the salt ions will be attracted to the electrodes and removed from the food. This process can be time-consuming and may alter the taste and texture of the food.
Not usually. Acetic acid would give mouthwash the taste of vinegar.
No, because they are the same conductor and do not make a "ramp" for the electrodes to move along. They need to be different in order to make the electrodes move.
If the bulb lights up when copper sulfate and vinegar acetic acid are tested for conductivity, it indicates that both solutions are conductive. This means that they contain ions that can carry electrical current. Conductivity in these solutions is likely due to the presence of dissolved ions from the copper sulfate and acetic acid.
Silver is far too expensive to be using for battery electrodes.