It may react or may not according to the composition of minerals. The products formed may also vary.
You could conduct an acid test by applying a few drops of weak acid (such as vinegar) to the rock. If the rock is limestone, it will fizz or effervesce due to the reaction with the acid. Additionally, you could check the rock's physical properties, such as its color, hardness, and texture, which are characteristic of limestone.
When limestone (which is primarily composed of calcium carbonate) is put into vinegar (which is primarily acetic acid), a chemical reaction occurs. The acetic acid in vinegar reacts with the calcium carbonate in limestone to produce carbon dioxide gas, water, and calcium acetate. This reaction is often used in laboratory settings to simulate the process of chemical weathering on rocks.
When vinegar is spotted onto chalk or limestone, it creates a chemical reaction that dissolves the calcium carbonate in the rock. This reaction is not reversible as it breaks down the structure of the rock and changes it permanently.
limestone will begin to fizz and slowly breakdown. It shows the affects of eroision due to the chemical makeup of limestone.
The rock that fizzes when applied to vinegar is MARBLE, you will have to grind it up into powder first though. Edited by Sjheerts: actually no it is not marble. it is something inside the marble. it is called calcite
nothing happens
Common tests for sedimentary rocks include grain size analysis, sedimentary structures observation, mineral identification, and porosity measurement. These tests help determine the composition, texture, and origin of the rock.
It esplodes
It goes into the cup.
The pH level will go up because of the acid in the limestone bedrock.
When scoria, a volcanic rock, is placed in vinegar (which contains acetic acid), it typically does not react significantly. Unlike limestone, which reacts vigorously with acids due to its calcium carbonate content, scoria is primarily composed of silicate minerals that are not affected by vinegar. As a result, there may be minimal bubbling or fizzing, but the overall reaction is negligible.
The sedimentary rock that forms calcium carbonate and fizzes in acid is likely limestone. Limestone is a common sedimentary rock primarily composed of calcite, a form of calcium carbonate. When exposed to acids such as vinegar or hydrochloric acid, limestone will fizz or effervesce due to the release of carbon dioxide gas.