Calcium carbonate in speleothems comes from the dissolution of limestone or dolomite bedrock by slightly acidic groundwater. This dissolved calcium carbonate is then deposited in caves as stalactites, stalagmites, and other formations through the process of precipitation.
Well, honey, it seems like you got your chemical formulas mixed up. Calcium carbonate is actually CaCO3, not CaCO4. And to answer your question, yes, hog manure can contain calcium carbonate in the form of limestone or other mineral sources that the hogs consume. But next time, double-check those formulas before you come at me with that sass!
When hydrochloric acid and calcium carbonate come in contact, a chemical reaction occurs where calcium carbonate breaks down to form calcium chloride, carbon dioxide, and water. The effervescence or fizzing observed is due to the release of carbon dioxide gas.
The reaction between Chalk and Vinegar creates carbon dioxide. Chalk is calcium carbonate and when vinegar is poured on it. It is prepared from water and acetic acid it should fizz up as the oxygen in the acetic acid combines with the calcium carbonate. The foams are carbon dioxide that is formed when the oxygen from the acetic acid links with the carbon from the calcium carbonate.
When calcium carbonate and hydrochloric acid mix, a chemical reaction occurs, resulting in the formation of calcium chloride, water, and carbon dioxide gas. The carbon dioxide gas is released as bubbles, leading to effervescence or fizzing.
Oxide is not any particular substance. The term oxide can refer to one of two things: 1: The oxide ion (O2-) which needs some sort of positive ion to balance the charge. 2: A binary compound containing oxygen and another element. Neither is an example of a mixture.
Well, honey, it seems like you got your chemical formulas mixed up. Calcium carbonate is actually CaCO3, not CaCO4. And to answer your question, yes, hog manure can contain calcium carbonate in the form of limestone or other mineral sources that the hogs consume. But next time, double-check those formulas before you come at me with that sass!
When hydrochloric acid and calcium carbonate come in contact, a chemical reaction occurs where calcium carbonate breaks down to form calcium chloride, carbon dioxide, and water. The effervescence or fizzing observed is due to the release of carbon dioxide gas.
Limestone is made mostly of calcium carbonate and calcium sulfate. Limestone is eroded by water as the calcium carbonate and calcium sulfate of the stone disolves into running water. Also a factor: other things dissolved in the water. Carbon Dioxide disassociates in water becoming carbonic acid. This means that the more Carbon Dioxide in the water, the more acidic it is. The more acidic the water, the faster erosion can occur. When acidic ground water packed with lots of carbon dioxide is saturated with minerals - dissolved limestone - and that water enters an air filled chamber, the amount of mineral it can hold can suddenly change. This causes excess mineral to come out of solution as the water drips off the ceiling and onto the floor below into structures called Speleothem. .Think rock Icicle.
Calcium occurs most commonly in sedimentary rocks, but is also found in igneous (relating to fire) and metamorphic rocks, cheifly in silicate minerals. Calcium can be obtained by electrolyzing a mixture of lime and mercury, as was first discovered by Sir Humphry Davy in England, during 1808.
Limestone and marble are both primarily composed of calcium carbonate, which reacts with acids to form carbon dioxide gas, water, and dissolved calcium ions. This chemical reaction is the reason why both limestone and marble fizz when they come into contact with acid.
The reaction between Chalk and Vinegar creates carbon dioxide. Chalk is calcium carbonate and when vinegar is poured on it. It is prepared from water and acetic acid it should fizz up as the oxygen in the acetic acid combines with the calcium carbonate. The foams are carbon dioxide that is formed when the oxygen from the acetic acid links with the carbon from the calcium carbonate.
Eggshells are calcium carbonate. The acetic acid in vinegar attacks the carbonate, releasing carbon dioxide gas and leaving calcium acetate, which is soluble. Other examples of this include calcium deposits from hard water, pearls, and bones. The calcium carbonate in the eggshell has a pH of around 9, which chemically makes it a base. The acetic acid in the vinegar has a pH of around 2.4, which makes it an acid. When the two come in contact, a chemical reaction happens, and the changes happen as listed earlier.
When calcium carbonate and hydrochloric acid mix, a chemical reaction occurs, resulting in the formation of calcium chloride, water, and carbon dioxide gas. The carbon dioxide gas is released as bubbles, leading to effervescence or fizzing.
Bubbles form when carbon dioxide gas dissolves in the limewater solution, creating a chemical reaction that forms calcium carbonate. The formation of calcium carbonate is visible as the bubbles of carbon dioxide gas are released, giving the appearance of bubbles forming in the solution.
we all know that calcium carbonate is caco3 when this reacts with watercaco3 + H2o = caoH + co2 as this gas is released is wilhave a thrust in the chest as it triesto come out so you feel pain
Oxide is not any particular substance. The term oxide can refer to one of two things: 1: The oxide ion (O2-) which needs some sort of positive ion to balance the charge. 2: A binary compound containing oxygen and another element. Neither is an example of a mixture.
Sodium carbonate can be made by the Solvay process from brine (sodium chloride) and limestone (calcium carbonate). In the US there are large deposits of a mineral called Trona which is sodium bicarbonate carbonate, and it is obtained from that. Potassium carbonate is made by electrolysis of potassium chloride which is found as mineral Sylvite, which gives potassium hydroxide which is then carbonated with CO2. See wikipedia entries for Solvay Process, Trona, and Potassium Carbonate