Limestone reacts violently with acids.
No, not all rocks react with hydrochloric acid. Rocks that contain calcium carbonate, such as limestone and marble, will react with hydrochloric acid by producing carbon dioxide gas. However, rocks that do not contain calcium carbonate will not have a reaction with hydrochloric acid.
Obsidian does not react with acid. Igneous rocks in general rarely react with acid.
Rocks typically react with carbon dioxide in the air to form carbonic acid, which contributes to weathering and erosion processes.
Without the list of rocks we cannot respond to this question.
carbonic acid can react with minerals in rocks, leading to the dissolution of the minerals and erosion of the rock. This process is known as carbonic acid weathering and is a key component in the chemical weathering of rocks.
No, not all rocks react with hydrochloric acid. Rocks that contain calcium carbonate, such as limestone and marble, will react with hydrochloric acid by producing carbon dioxide gas. However, rocks that do not contain calcium carbonate will not have a reaction with hydrochloric acid.
If im not mistaken, it may be do to the the hydocloric acid in your stomach.
marble
Obsidian does not react with acid. Igneous rocks in general rarely react with acid.
Acids can react with many rocks and minerals.
Rocks typically react with carbon dioxide in the air to form carbonic acid, which contributes to weathering and erosion processes.
Without the list of rocks we cannot respond to this question.
they are made at the bottom of the sea and they react with acid.
Acids from the rains can react with many rocks and minerals.
carbonic acid can react with minerals in rocks, leading to the dissolution of the minerals and erosion of the rock. This process is known as carbonic acid weathering and is a key component in the chemical weathering of rocks.
Yes, it is correct; for example calcium carbonate react with carbonic acid.
Rhyolite is a silicic volcanic rock composed of high amounts of silica, which makes it resistant to acid corrosion. It typically reacts minimally with acids due to its composition, showing very little or no effervescence or dissolution when exposed to acids like hydrochloric acid.