Lab Abstract
An appropriate lab procedure that could be done that is relatable to this topic would be to test many of the different organic compounds and determine which ones are the most eco and human friendly while keeping ourselves and the environment healthy. This could be done while comparing saturated and unsaturated bonds and how their differences affect the environment and our health in different processes. As this is being tested, it would be determined what specific compounds should be used for each process in order to best support its process while being eco-friendly.
In this case, unsaturated bonds would best be suited in things such as industry where there are more bonds to help with substitution, etc. Saturated bonds would best support food because they are much more healthier for us and do not clog arteries such as unsaturated bonds would because they are not single bonded. Saturated bonds are also known to be single bonded carbon atoms which makes them fairly stable compounds.
Although there are some foods that contain unsaturated bonds that may not be that bad, saturated bonds would work much better in the process as they would maintain keeping our bodies much healthier. Unsaturated bonds are also known to take on a curled shape, have a low negative electrical charge, and not aggregate with any any double bonds.
Variables:
Controlled - SATP, processes being tested, materials
Manipulated- Saturated or Unsaturated Bond
Responding - Which bond works better in the process when being eco-friendly and reducing the amount of toxic pollutants which will keep us healthy.
Some possible errors that could go along in this procedure would be:
1) Whether the bond is saturated or unsaturated doesn't make a difference in the process it is being tested in. The problem may be in the way the bond is structured and not if it is single bonded or not. This would cause the process being tested to be left unresolved as neither bonds would work for the process and a different compound would have to be used to fix this problem.
2) Another problem that may be encountered could be that both bonds don't benefit the process and instead make it worse. This would lead to an excessive amount of toxic pollutants being left in the environment as the problem is not fixed. Not only is this doing harm to the environment, but it forces people to breathe in all the toxins around them in the air. This would conclude to testing other compounds in the process to find a solution that will better suit for a healthier environment and atmosphere.
3) Another error that may be encountered in this lab is some bonds may work really great when maintaining an eco-friendly environment, but the side effects may be harmful to humans or vice versa. In these cases, these kinds of bonds may not be suitable and another type of bond should be explored and tested on whatever process is being looked at. This will prevent the clashing of meeting both standards of being eco-friendly and human friendly, and find a solution with a different bond that will meet both needs.
In this case, unsaturated bonds would best be suited in things such as industry where there are more bonds to help with substitution, etc. Saturated bonds would best support food because they are much more healthier for us and do not clog arteries such as unsaturated bonds would because they are not single bonded. Saturated bonds are also known to be single bonded carbon atoms which makes them fairly stable compounds.
Although there are some foods that contain unsaturated bonds that may not be that bad, saturated bonds would work much better in the process as they would maintain keeping our bodies much healthier. Unsaturated bonds are also known to take on a curled shape, have a low negative electrical charge, and not aggregate with any any double bonds.
Variables:
Controlled - SATP, processes being tested, materials
Manipulated- Saturated or Unsaturated Bond
Responding - Which bond works better in the process when being eco-friendly and reducing the amount of toxic pollutants which will keep us healthy.
Some possible errors that could go along in this procedure would be:
1) Whether the bond is saturated or unsaturated doesn't make a difference in the process it is being tested in. The problem may be in the way the bond is structured and not if it is single bonded or not. This would cause the process being tested to be left unresolved as neither bonds would work for the process and a different compound would have to be used to fix this problem.
2) Another problem that may be encountered could be that both bonds don't benefit the process and instead make it worse. This would lead to an excessive amount of toxic pollutants being left in the environment as the problem is not fixed. Not only is this doing harm to the environment, but it forces people to breathe in all the toxins around them in the air. This would conclude to testing other compounds in the process to find a solution that will better suit for a healthier environment and atmosphere.
3) Another error that may be encountered in this lab is some bonds may work really great when maintaining an eco-friendly environment, but the side effects may be harmful to humans or vice versa. In these cases, these kinds of bonds may not be suitable and another type of bond should be explored and tested on whatever process is being looked at. This will prevent the clashing of meeting both standards of being eco-friendly and human friendly, and find a solution with a different bond that will meet both needs.