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I know that when the CO2, gets absorbed into the ocean water, it changes into acid water. When it changes to acid water, the water starts to dissolve the shell.

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We did this experiment to see if the egg shell dissolves in the different types of water. The egg that was in the Fanta had an effect comparing to the other eggs. One layer of the egg shell had pealed off.

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The carbon dioxide (Co2), which is generated from our human body and human technology, gets absorbed into the ocean which created carbon monoxide (idk the structure for this), which becomes the carbonic acid. This acid will dissolve sea animal's shells, which includes calcium, including the planktons, one of the most important species in the ocean. The heat that also generated from our technology, will also rise the sea level.

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I know that when the CO2 dissolves to the ocean, it will change to carbonic acid. That will lead to the death of the ocean animals which have a shell with them. We have an evidence that the shell will crack from the experiment that we did.

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Smoke from factories is CO2 and that CO2 goes to the ocean and the sea absorbs the CO2. Then the CO2 becomes acid in the sea and the sea becomes acidic.

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The carbon dioxide from the pollution mixes in the ocean water mixes in the ocean water which makes the water acidic and can desolve animal shells

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Factories make co2 and puts it in the air which goes down to the ocean which creates carbonic acid. The acid then dissolves animals shells which can kill animals. Humans are the problem to this climate change which can cause floods and many other disasters.

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I know that carbonic acid in the water takes away calcium in the ocean

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https://web.stanford.edu/group/inquiry2insight/cgi-bin/vu-r1a/vu.php?view=acidocean

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Media developer: Jason Hodin Interactive Design & Technical lead: David Cohn
Acidification model source: CO2SYS (Pierrot, Lewis & Wallace. 2006. Carbon Dioxide Information Analysis Center, ORNL, US DOE, Oak Ridge, TN, USA)

Emissions Scenarios: SRES, IPCC Fourth Assessment Report.
Original sea urchin larval data: Sam Dupont & Michael Thorndyke Funding: NOAA, NSF, WGLN Special thanks: Bruno Vellutini, the I2SEA team, the Alliance for Climate Education (ACE), Meg Chadsey & Karen Matsumoto
Cover image: Sean O'Flaherty (Creative Commons share alike license 2.5), modified from the original.

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Media developer: Jason Hodin Interactive Design & Technical lead: David Cohn Acidification model source: CO2SYS (Pierrot, Lewis & Wallace. 2006. Carbon Dioxide Information Analysis Center, ORNL, US DOE, Oak Ridge, TN, USA) Emissions Scenarios: SRES, IPCC Fourth Assessment Report.

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How increasing CO2 leads to acidification of the ocean?

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I learned that the earths ocean can get more acidic during the years. I also learned that calciferous are sea animals that make calcium shells and non-calciferous are the opposite.

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I learned that it will also avoid the sea animals to grow and form a shape of a grownup. Carbonic acid can stop the life cycle of the animals living inside the ocean. The key topic could be " What are some ways that we can help the marine organism not to stop".

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I learned about how much the acidification has risen in the passed. I learned about the different liquids that can be acidic and basic. I learned about how the co2 attaches to the calcium and dissolves the shells in more detail.

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I learned that the ocean animals are mostly have their trouble when they are in their stage when they are building their hard shells to keep them protected. This is because the acid dissolves the shells when they are building their shells that are still weak.

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When looking at the graph, I learned that the branches of the coral are getting weaker as the time passes. Also, as the time passes, the number of the CO2 had increased, but the carbonate was decreasing.

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When the water has acid inside it desolves the shell made from calcium. Adult sea urchins are ok because they have a think shell but kid urchins who have not develope
d  thick skin yet are in danger

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What are the animals that can survive from acidification?

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Is there a way we can take out acid from the ocean water

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I learned that when the CO2 enters the ocean, the CO2 combines with the water molecules and it forms the carbonic acid.

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Whats the smallest way we can help to make a difference?