That depends on how much of each you put in. The pH could range quite a lot.
When chalk (which is calcium carbonate) is placed in vinegar (which is acetic acid), it will react to produce carbon dioxide gas, water, and calcium acetate. The carbon dioxide gas is the fizzing that you see when the two substances are combined.
The pH level of salt mixed with vinegar can vary depending on the concentration of vinegar and the type of salt used. Typically, vinegar is acidic with a pH level around 2.4-3.4, while salt (sodium chloride) is neutral with a pH level of 7. When combined, the pH of the mixture may fall somewhere between the two depending on the proportions used.
When vinegar is mixed with crushed chalk (which is mainly calcium carbonate), a chemical reaction occurs. The vinegar (acetic acid) reacts with the calcium carbonate to produce carbon dioxide gas, water, and calcium acetate. This reaction is often used as a fun science experiment to demonstrate the formation of bubbles as carbon dioxide gas is released.
No, a mixture of sugar and chalk is considered heterogeneous. This is because sugar and chalk do not dissolve in each other, so they would have visible differences and not form a uniform composition throughout the mixture.
No, a mixture of chalk and water is not a colloid. A colloid is a mixture where one substance is evenly dispersed in another substance, forming a homogeneous mixture. Since chalk does not form a homogeneous mixture with water, it is not considered a colloid.
When chalk (which is calcium carbonate) is placed in vinegar (which is acetic acid), it will react to produce carbon dioxide gas, water, and calcium acetate. The carbon dioxide gas is the fizzing that you see when the two substances are combined.
The pH level of salt mixed with vinegar can vary depending on the concentration of vinegar and the type of salt used. Typically, vinegar is acidic with a pH level around 2.4-3.4, while salt (sodium chloride) is neutral with a pH level of 7. When combined, the pH of the mixture may fall somewhere between the two depending on the proportions used.
Yes the chalk is turned into salt and water if there is enough vinegar
When vinegar is mixed with crushed chalk (which is mainly calcium carbonate), a chemical reaction occurs. The vinegar (acetic acid) reacts with the calcium carbonate to produce carbon dioxide gas, water, and calcium acetate. This reaction is often used as a fun science experiment to demonstrate the formation of bubbles as carbon dioxide gas is released.
A mixture of vinegar and water is a solution typically used for various purposes, such as cleaning or cooking. Vinegar, which is acetic acid diluted in water, typically has a pH of around 2.5, while water is neutral with a pH of 7. When mixed, the acidity of vinegar is reduced, resulting in a less potent solution that retains some of its cleaning or flavoring properties, depending on the ratio used.
Vinegar typically has a pH of around 2.5, while water has a neutral pH of 7. When you dilute 1 part vinegar with 9 parts water, the resulting mixture's pH will increase, likely falling between 3 and 4, depending on the specific concentration of acetic acid in the vinegar. This is still acidic, but significantly less so than undiluted vinegar.
Depends on the pH of the water but it would dissolve faster in fresh water because there isn't as much stuff in solution. true... but it took me about 8.30 seconds to dissolve with the perfect pH.....
chalk is a compound
In order to dissolve chalk in water, vinegar needs to be added. The vinegar has acid in it that eats away at the chalk to dissolve it.
Vinegar has a pH of about 2.4. Any pH lower than 7 is an acid, any pH above 7 is a base. Vinegar is acidic. It is mixture and contains acetic acid, CH3COOH (a weak acid) as the component responsible for the smell and the acidity.
No, a mixture of sugar and chalk is considered heterogeneous. This is because sugar and chalk do not dissolve in each other, so they would have visible differences and not form a uniform composition throughout the mixture.
chalk is a compound