Likley the easiest way would be to increase the surface area of the marble... So hit it with a hammer! Also if you can put it completley submerged in the lemon juice and heat it
When soap is mixed with lemon juice, a chemical reaction occurs due to the acidic nature of the lemon juice. This reaction can cause the soap to break down or curdle, leading to a less effective cleaning solution. It is best to avoid mixing soap with acidic substances like lemon juice for cleaning purposes.
Fruit juices, which are acidic, can react with metals like aluminum, iron, or copper, leading to the production of hydrogen gas. This reaction can cause the metal to corrode or oxidize, changing the taste/color of the juice and forming metallic compounds. It is not advisable to store fruit juices in metal containers for long periods to avoid this chemical reaction.
Lemon juice and baking soda will react endothermically to produce water, carbon dioxide, and the soluble salt sodium citrate. The chemical equation for this reaction is: HC6H5O7+NaHCO3-->CO2+H2O+NaC6H5O7.
Putting a penny in lemon juice would cause a chemical change because the lemon juice reacts with the copper in the penny to create copper oxide, which changes the chemical composition of the penny.
Well, honey, when you mix lemon juice with limestone, you're causing a chemical reaction that breaks down the calcium carbonate in the limestone. This reaction forms calcium citrate, carbon dioxide, and water, which is definitely a chemical change. So, yes, adding lemon juice to limestone is a chemical change, no ifs, ands, or buts about it.
there is no chemicle reaction
Juice is not a reaction; it is a liquid mixture.
When lemon juice is squeezed on marble, carbon dioxide gas is released due to the reaction between the citric acid in the lemon juice and the calcium carbonate in the marble. This reaction results in the formation of calcium citrate, water, and carbon dioxide gas.
The chemical reaction between medicine and juice depends on the specific medications and ingredients in the juice. Generally, some medications may interact with certain components in the juice, leading to reduced effectiveness or potential side effects. It is important to consult with a healthcare provider or pharmacist to determine if it is safe to consume specific medications with juice.
== == Washing Soda+lemon juice=co2+other products == == A chemical reaction has taken place between the reactants, washing soda and lemon juice. Carbon dioxide is one of the products. the chemical change cannot be reversed. So it is a irreversible change.
The acidity in lemon juice can react with certain types of flooring materials like marble or limestone, causing a chemical reaction that can lighten or discolor the surface, appearing white. This reaction is due to the citric acid in lemon juice breaking down the minerals in the floor, altering its color.
Yes, grape juice is slightly acidic
The hidden message in lemon juice is revealed when the juice is heated, causing the writing or drawing made with it to become visible. This is due to the chemical reaction between the lemon juice and the heat, making the message appear.
yes
Squeezing lemon juice on fruit to prevent browning is not a chemical reaction, but rather a physical reaction. The citric acid in the lemon juice slows down the oxidation process that causes the fruit to turn brown by acting as an antioxidant.
When soap is mixed with lemon juice, a chemical reaction occurs due to the acidic nature of the lemon juice. This reaction can cause the soap to break down or curdle, leading to a less effective cleaning solution. It is best to avoid mixing soap with acidic substances like lemon juice for cleaning purposes.
Fruit juices, which are acidic, can react with metals like aluminum, iron, or copper, leading to the production of hydrogen gas. This reaction can cause the metal to corrode or oxidize, changing the taste/color of the juice and forming metallic compounds. It is not advisable to store fruit juices in metal containers for long periods to avoid this chemical reaction.