As ground-water it dissolves the calcium carbonate that is limestone's primary mineral, in its flow through the rock's joints, bedding-planes and faults.
It helps form both - though the cave comes first! The CO2 solutuion is slightly acid - carbonic acid - and this dissolves the calcium carbonate that is limestone's main constituent.
It helps form both - though the cave comes first! The CO2 solutuion is slightly acid - carbonic acid - and this dissolves the calcium carbonate that is limestone's main constituent.
Carbonic acid can dissolve some components of granite.
Hi the process which produces HCL in the oxnytic cells is by two methods, firstly it produces Chloride and hydrogens seperatley which then join to form HCL in the canaliculi. Then Hydrogen ion are relased from carbonic acid which is produced with the help of carbonic anhydrase. Similarly in the pancreatic production of bicarbonate, bicarbonate is produced from carbonic acid. CO2 plus H20 forms carbonic acid which then can form bicarbonate this type of reaction can be called a hydration reaction. so in both one can say carbonic acid is formed via hydration im sure the reaction will have many other names too also u may want to figure out if it can be called a REDOX Javster LMSRFC Hi the process which produces HCL in the oxnytic cells is by two methods, firstly it produces Chloride and hydrogens seperatley which then join to form HCL in the canaliculi. Then Hydrogen ion are relased from carbonic acid which is produced with the help of carbonic anhydrase. Similarly in the pancreatic production of bicarbonate, bicarbonate is produced from carbonic acid. CO2 plus H20 forms carbonic acid which then can form bicarbonate this type of reaction can be called a hydration reaction. so in both one can say carbonic acid is formed via hydration im sure the reaction will have many other names too also u may want to figure out if it can be called a REDOX Javster LMSRFC Hi the process which produces HCL in the oxnytic cells is by two methods, firstly it produces Chloride and hydrogens seperatley which then join to form HCL in the canaliculi. Then Hydrogen ion are relased from carbonic acid which is produced with the help of carbonic anhydrase. Similarly in the pancreatic production of bicarbonate, bicarbonate is produced from carbonic acid. CO2 plus H20 forms carbonic acid which then can form bicarbonate this type of reaction can be called a hydration reaction. so in both one can say carbonic acid is formed via hydration im sure the reaction will have many other names too also u may want to figure out if it can be called a REDOX Javster LMSRFC
1. Etch glass (hydroflouric acid) 2. Make soft drinks bubbly (carbonic acid) 3. Help us digest our food (hydrochloric acid)
It helps form both - though the cave comes first! The CO2 solutuion is slightly acid - carbonic acid - and this dissolves the calcium carbonate that is limestone's main constituent.
It helps form both - though the cave comes first! The CO2 solutuion is slightly acid - carbonic acid - and this dissolves the calcium carbonate that is limestone's main constituent.
Carbonic acid does not combust.
Carbonic acid can dissolve some components of granite.
Carbonic acid helps in buffering system of blood. They help in maintenance of the constant body pH.
Hi the process which produces HCL in the oxnytic cells is by two methods, firstly it produces Chloride and hydrogens seperatley which then join to form HCL in the canaliculi. Then Hydrogen ion are relased from carbonic acid which is produced with the help of carbonic anhydrase. Similarly in the pancreatic production of bicarbonate, bicarbonate is produced from carbonic acid. CO2 plus H20 forms carbonic acid which then can form bicarbonate this type of reaction can be called a hydration reaction. so in both one can say carbonic acid is formed via hydration im sure the reaction will have many other names too also u may want to figure out if it can be called a REDOX Javster LMSRFC Hi the process which produces HCL in the oxnytic cells is by two methods, firstly it produces Chloride and hydrogens seperatley which then join to form HCL in the canaliculi. Then Hydrogen ion are relased from carbonic acid which is produced with the help of carbonic anhydrase. Similarly in the pancreatic production of bicarbonate, bicarbonate is produced from carbonic acid. CO2 plus H20 forms carbonic acid which then can form bicarbonate this type of reaction can be called a hydration reaction. so in both one can say carbonic acid is formed via hydration im sure the reaction will have many other names too also u may want to figure out if it can be called a REDOX Javster LMSRFC Hi the process which produces HCL in the oxnytic cells is by two methods, firstly it produces Chloride and hydrogens seperatley which then join to form HCL in the canaliculi. Then Hydrogen ion are relased from carbonic acid which is produced with the help of carbonic anhydrase. Similarly in the pancreatic production of bicarbonate, bicarbonate is produced from carbonic acid. CO2 plus H20 forms carbonic acid which then can form bicarbonate this type of reaction can be called a hydration reaction. so in both one can say carbonic acid is formed via hydration im sure the reaction will have many other names too also u may want to figure out if it can be called a REDOX Javster LMSRFC
A chief function of carbonic acid in the body is to regulate blood pH. It acts as a buffer system, helping to maintain the acid-base balance. Carbonic acid can dissociate into bicarbonate ions, which act as a pH buffer by accepting or donating hydrogen ions as needed to maintain the pH within a narrow range.
Oxygen oxidizes. CO2 needs water ... making carbonic acid, which will dissolve some rocks. Sulfa also needs water to eventually form sulfuric acid, which will dissolve just about anything.
Oxygen oxidizes. CO2 needs water ... making carbonic acid, which will dissolve some rocks. Sulfa also needs water to eventually form sulfuric acid, which will dissolve just about anything.
No, but phosphoric acid may help a kidney stone form.
Water wears away the rock by a combination of dissolving it and erosion. They usually start with small cracks, the water dissolves bits of the limestone and make them bigger and bigger. Eventually the flow is strong enough that particles of dirt and sand help with the erosion. Then typically the water table shifts due to a change in climate or earthquake and the cave is left dry. Water leaching through into the cave can create huge flows of rock hard deposits that make the beautiful formations often found in caves.
In tissues, CO2 from aerobic metabolism and it binds with water to form Bicarbonate ion with the help of the enzyme carbonic anhydrase.