The Effect Of Chlorine And Bleach On The Color Intensity Of Pig Skin
School Name
Heathwood Hall Episcopal School
Grade Level
11th Grade
Presentation Topic
Biochemistry
Presentation Type
Non-Mentored
Oral Presentation Award
1st Place
Written Paper Award
1st Place
Abstract
The purpose of this experiment is to investigate the effect of chlorine and bleach on pigskin, which is similar to human skin. This project will help people who enjoy pools, to determine the effect of commonly used pool chemicals on their skin. It is hypothesized that if chlorine reacts with pigskin to a greater extent than bleach, it will make the pigskin lighter than the other variable will. 30 samples of pig skin were cut and were measured for light intensity, using imagej. They were then placed in petri dishes, where they were soaked in the water from the chlorine pool simulation for 45 minutes. After this, they were rinsed, and their light intensity was measured. The chlorine pool simulation consisted of .0198 grams of chlorine, 1 gallon of water and .0181 grams of soda ash. The same process was repeated in the water from the bleach pool simulation. The bleach pool simulation consisted of .0189 grams of bleach, 1 gallon of water and .0181 grams of soda ash. Although chlorine had a greater effect on the color intensity, a T-test showed that the effect was not significant. This proves the null hypothesis, which is that chlorine reacts with pigskin the same as or to a lesser extent than bleach, it will make the pigskin lighter than bleach.
Recommended Citation
Davis, Jaylen, "The Effect Of Chlorine And Bleach On The Color Intensity Of Pig Skin" (2016). South Carolina Junior Academy of Science. 195.
https://scholarexchange.furman.edu/scjas/2016/all/195
Location
Owens 204
Start Date
4-16-2016 9:30 AM
The Effect Of Chlorine And Bleach On The Color Intensity Of Pig Skin
Owens 204
The purpose of this experiment is to investigate the effect of chlorine and bleach on pigskin, which is similar to human skin. This project will help people who enjoy pools, to determine the effect of commonly used pool chemicals on their skin. It is hypothesized that if chlorine reacts with pigskin to a greater extent than bleach, it will make the pigskin lighter than the other variable will. 30 samples of pig skin were cut and were measured for light intensity, using imagej. They were then placed in petri dishes, where they were soaked in the water from the chlorine pool simulation for 45 minutes. After this, they were rinsed, and their light intensity was measured. The chlorine pool simulation consisted of .0198 grams of chlorine, 1 gallon of water and .0181 grams of soda ash. The same process was repeated in the water from the bleach pool simulation. The bleach pool simulation consisted of .0189 grams of bleach, 1 gallon of water and .0181 grams of soda ash. Although chlorine had a greater effect on the color intensity, a T-test showed that the effect was not significant. This proves the null hypothesis, which is that chlorine reacts with pigskin the same as or to a lesser extent than bleach, it will make the pigskin lighter than bleach.
