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Marble
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What metamorphic rock does not react with hydrochloric acid?
Quartzite is a common metamorphic rock that does not react with hydrochloric acid due to its high quartz content. This rock forms from the metamorphism of sandstone and is composed primarily of quartz grains that are chemically resistant to acid.
Does quartzite react to hydrochloric acid?
Yes, quartzite is resistant to hydrochloric acid because it is a non-porous, highly durable metamorphic rock composed mainly of quartz. It does not react or dissolve when exposed to hydrochloric acid.
Does schist rock bubble when with hydrochloric acid?
No, schist rock does not bubble when in contact with hydrochloric acid because schist is a metamorphic rock composed of minerals like mica, chlorite, and quartz that do not react with acids to produce gas bubbles. Schist is typically more resistant to chemical weathering compared to other rock types like limestone or marble.
Does garnet schist react with hydrochloric acid?
Garnet schist does not typically react with hydrochloric acid, as the garnet in the schist is a stable mineral that is not easily dissolved by acid. Schist is a metamorphic rock composed of minerals like mica, quartz, and feldspar that are generally resistant to chemical weathering.
Does gneiss fizzle when hydrochloric acid touches it?
No. Gneiss is metamorphosed granite. It does not contain any carbonates so it does not fizz.
Does gneiss react with acid?
The metamorphic rock marble would react with hydrochloric acid.
What metamorphic rock does not react with hydrochloric acid?
Quartzite is a common metamorphic rock that does not react with hydrochloric acid due to its high quartz content. This rock forms from the metamorphism of sandstone and is composed primarily of quartz grains that are chemically resistant to acid.
Is optical calcite a rock or a mineral?
Calcite is a mineral. It reacts to hydrochloric acid and it will fizz.
Does quartzite react to hydrochloric acid?
Yes, quartzite is resistant to hydrochloric acid because it is a non-porous, highly durable metamorphic rock composed mainly of quartz. It does not react or dissolve when exposed to hydrochloric acid.
Does schist rock bubble when with hydrochloric acid?
No, schist rock does not bubble when in contact with hydrochloric acid because schist is a metamorphic rock composed of minerals like mica, chlorite, and quartz that do not react with acids to produce gas bubbles. Schist is typically more resistant to chemical weathering compared to other rock types like limestone or marble.
What chemical reacts to metamorphic rock?
lava
When dilute hydrochloric acid is placed on the sedimentary rock limestone and the metamorphic rock marble bubbling reaction occurs with both What would this indicate?
The bubbling reaction indicates that both limestone and marble contain calcium carbonate. The hydrochloric acid reacts with the calcium carbonate to produce carbon dioxide gas, which is seen as bubbles. This is a common test to identify rocks containing calcium carbonate.
Does garnet schist react with hydrochloric acid?
Garnet schist does not typically react with hydrochloric acid, as the garnet in the schist is a stable mineral that is not easily dissolved by acid. Schist is a metamorphic rock composed of minerals like mica, quartz, and feldspar that are generally resistant to chemical weathering.
Does gneiss fizzle when hydrochloric acid touches it?
No. Gneiss is metamorphosed granite. It does not contain any carbonates so it does not fizz.
What happens when a dilute solution of hydrochloric acid poured on a limestone rock?
It releases bubbles if carbon dioxide gas.
What dilute acid is added to a sample of limestone the rock fizzes what chemical does the rock contain?
If the limestone rock fizzes when dilute acid is added, it indicates the presence of calcium carbonate in the rock. When calcium carbonate reacts with acid, it produces carbon dioxide gas, which causes the fizzing.
What is pumice's reaction to hydrochloric acid?
Pumice, being a volcanic rock primarily composed of silica, will react with hydrochloric acid by undergoing a weak to moderate effervescence or fizzing. This reaction occurs due to the dissolution of the silica in the pumice by the hydrochloric acid, resulting in the release of carbon dioxide gas. The extent of the effervescence will depend on the porosity and composition of the specific pumice sample being tested.
