Product Testing Corrosion with Sodas
This experiment that I made was testing how corrosive the sodas we tested were. Corrosion is basically what every sodas have it is really dangerous because it is used to clean rust off metals. This is really dangerous because corrosion since it can clean rust of metals, people’s teeth and other parts of the body can be damaged. People’s teeth pass almost through the same thing with sodas when they clean rust off metals. Some sodas have really good tests and in this experiment I could see that corrosion can be a huge factor for giving the sodas a good taste that we like. Sodas are rally dangerous we should learn that even though it has a great taste. In the experiment I made I could see that product number 3 was the one that less corrosive was, then product number 1, and finally the most corrosive was product number 2. The scores for this experiment from 1 being the most dangerous/corrosive to 10 being the safest soda were product number one with a score of 4, product number 2 with a score of 3 and product number 3 with a score of 8 being the safest coke even though it did have some corrosion in it. At the end of my experiment, I tasted the cokes, tasting them is really a matter of opinion, but when I tasted them product number 3 that was the least corrosive was the one with not a great taste. Product number 1 had a great taste as well as product number 2. In conclusion I realized that corrosion really affects the taste but they can be really dangerous.
Materials:
- 3 small plastic cups
- 3 small pieces of metal (that can fit inside the cups) with equal amount of rust
- 3 different types/brands of sodas
Procedure:
1.) Place every piece of metal inside different cups.
2.) Pour every different soda brand into different cups (same amount).
3.) Make observations see reaction.
4.) Leave metal inside sodas for about 1-2 weeks make sure to make observations and take out the metals from the sodas every 3 days.
5.) Every 3 days make sure to take metal out and wash and scrub them with a metal sponge observe how metals are being cleaned, compare from the first day or previews day (take pictures).
6.) Once you are done cleaning observe the metals again and pour same soda but new liquid into cups again (take pictures).
7.) Repeat steps 5 and 6 for about 1-2 weeks.
8.) When done see and compare the metals from that day to the first day see how much they are cleaned.
This experiment that I made was testing how corrosive the sodas we tested were. Corrosion is basically what every sodas have it is really dangerous because it is used to clean rust off metals. This is really dangerous because corrosion since it can clean rust of metals, people’s teeth and other parts of the body can be damaged. People’s teeth pass almost through the same thing with sodas when they clean rust off metals. Some sodas have really good tests and in this experiment I could see that corrosion can be a huge factor for giving the sodas a good taste that we like. Sodas are rally dangerous we should learn that even though it has a great taste. In the experiment I made I could see that product number 3 was the one that less corrosive was, then product number 1, and finally the most corrosive was product number 2. The scores for this experiment from 1 being the most dangerous/corrosive to 10 being the safest soda were product number one with a score of 4, product number 2 with a score of 3 and product number 3 with a score of 8 being the safest coke even though it did have some corrosion in it. At the end of my experiment, I tasted the cokes, tasting them is really a matter of opinion, but when I tasted them product number 3 that was the least corrosive was the one with not a great taste. Product number 1 had a great taste as well as product number 2. In conclusion I realized that corrosion really affects the taste but they can be really dangerous.
Materials:
- 3 small plastic cups
- 3 small pieces of metal (that can fit inside the cups) with equal amount of rust
- 3 different types/brands of sodas
Procedure:
1.) Place every piece of metal inside different cups.
2.) Pour every different soda brand into different cups (same amount).
3.) Make observations see reaction.
4.) Leave metal inside sodas for about 1-2 weeks make sure to make observations and take out the metals from the sodas every 3 days.
5.) Every 3 days make sure to take metal out and wash and scrub them with a metal sponge observe how metals are being cleaned, compare from the first day or previews day (take pictures).
6.) Once you are done cleaning observe the metals again and pour same soda but new liquid into cups again (take pictures).
7.) Repeat steps 5 and 6 for about 1-2 weeks.
8.) When done see and compare the metals from that day to the first day see how much they are cleaned.