Dissolving calcite (calcium carbonate) in acids leads to release of carbon dioxide gas.
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Depends on the concentration of enzyme and substrate you'll have to look at the lab and do some math
When chemical reactions dissolve minerals in rocks or transform them into different minerals, this process is known as chemical weathering. It often involves the interaction of water, acids, and gases in the environment, which can lead to the breakdown of the original minerals. For example, carbonic acid formed from carbon dioxide and water can react with calcite in limestone, dissolving it and altering the rock's composition. This process is crucial for soil formation and nutrient cycling in ecosystems.
H2CO3 = Carbonic acid It is made by dissolving Carbon dioxide into Water. H2O + CO2 ----> H2CO3
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I am on the same question
Dissolving calcite (calcium carbonate) in acids leads to release of carbon dioxide gas.
Dissolving calcite (calcium carbonate) in acids leads to release of carbon dioxide gas.
None is correct
Two sources of carbonic acid are the natural dissolution of carbon dioxide (CO2) in water, which occurs in oceans, rivers, and lakes, leading to the formation of carbonic acid (H2CO3). Additionally, carbonic acid can be produced through human activities, such as burning fossil fuels, which releases CO2 into the atmosphere, subsequently dissolving in precipitation and contributing to acid rain.
Rain water + atmospheric CO2 gives Carbonic Acid - very weak but over time able to dissolve limestone.
The chemical equation for Carbonic Acid is H2CO3.
They are called this because carbonates and bicarbonates are bases, and will except a hydrogen ion. This will result in the formation of carbonic acid (H2CO3) which spontaneously breaks down into water and carbon dioxide.
Depends on the concentration of enzyme and substrate you'll have to look at the lab and do some math
No, carbonic acid is not a hydrocarbon. It is a weak acid formed from carbon dioxide dissolving in water. Hydrocarbons are compounds made up of hydrogen and carbon atoms only.