The answer lies in the name. Diatomaceous earth is fromed from diatoms, microscopic algae with shells of silicon dioxide.
it is limestone. it can be made from metamorphic and it is made from weathering it down.
Carbon dioxide is a dissolved gas, a component of the mixture.
combustion reaction!
it will turn into the metamorphic rock, Quartzite
SO2, or sulfur dioxide, is a molecular compound because it contains covalent bonds between non-metals.
Diatomaceous earth is one, and titanium dioxide is another.
No a solution
Practically this is impossible.
it is limestone. it can be made from metamorphic and it is made from weathering it down.
Carbon dioxide is a dissolved gas, a component of the mixture.
combustion reaction!
It is a non-flammable gas. It is considered a Simple Asphyxiant because it displaces air and if the concentration is high enough you'll suffocate. In shipment CO2 is a Non-Flammable Compressed Gas.
Because they contain negatively charged Oxygen ions.
MnO2 is reduced by acids so cannot be classified in this way.
it will turn into the metamorphic rock, Quartzite
SO2, or sulfur dioxide, is a molecular compound because it contains covalent bonds between non-metals.
Diatomaceous earth (DE) is the remains of microscopic one-celled plants (phytoplankton) called diatoms that lived in the oceans and lakes that once covered the western part of the US and other parts of the world. These deposits are mined from underwater beds or from ancient dried lake bottoms thousands of years old. This means, diatomaceous earth has an unlimited shelf life provided you keep it dry. Diatomaceous earth is mined, milled, and processed into a myriad of types for a large variety of uses. Filtering and filler are two main uses but diatomaceous earth also ends up in paints, cosmetics, drugs, chemical insecticides, etc. Because the milling produces different sized and shaped particles, it is important not to use the filtering type for agricultural purposes.