Chalk is calcium carbonate, CaCO3 and acid contains H+. So, using HCl as an example of the acid being used, the chemical reaction would be CaCO3 + 2HCl ==> CaCl2 + CO2 + H2O and the bubbles are formed by the CO2 (carbon dioxide) gas being produced.
I assume you mean calcium carbonate, calcite.CaCO3 + 2HCl --> CaCl2 + CO2 + H2OThat particular reaction product would be carbon dioxide.
Yes, carbon dioxide - CO2.
chalk would come first
There is a gas...and i think its Carbon Dioxide and Hydrgen(for the bubbles + Fizz), but i would check that up through Google, sorry!
Shaking chalk in a container would break it down into smaller pieces and create chalk dust. This would help disperse the chalk more evenly and produce a finer application when writing or drawing.
why the heck would you wat to eat chalk.
Adding soap to lakes and rivers might create more bubbles in the water, but it is unlikely to make it rain bubbles. Rain is formed when water vapor in the atmosphere condenses to form liquid droplets, which then fall to the ground as precipitation. Soap in water bodies would likely just create a soapy mess, rather than causing bubbles to fall as rain.
Any, the answer depends on what the experiment is about.
If chalk was used for a statue, it would not be a suitable material as chalk is fragile and susceptible to erosion and damage from weather conditions. The statue would likely deteriorate quickly, losing its form and details.
Nothing would happen cause I just put water into chlorine and nothing happened because chlorine is stronger than water. When I poured it in all it did was make bubbles as it went in so yeah that's all that really happens.
Chalk is a fossil itself and chalk is soft, and so while you might form a fossil; in it, it would not remain. Within chalk there is often harder rock - which sometimes does contain fossils.
Filtration would separate the water, leaving the chalk particles behind.