GMU:Sustainable Aesthetics/Jennifer Alice Soggia: Difference between revisions

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 give them a new life by turning them into terrariums
 how to make terrariums:
-      > first layer: gravel
+ > first layer: gravel
-      > second layer: soil
+ > second layer: soil
-      > third layer: taller plants (place them et the back), smaller plants (placed at the front)
+ > third layer: taller plants (place them et the back), smaller plants (placed at the front)
-      > next step: place moss, nice looking stones and pieces of tree trunks
+ > next step: place moss, nice looking stones and pieces of tree trunks
-      > last step: place tiny insects that are good for the little eco-system: for example snails and spring tails
+ > last step: place tiny insects that are good for the little eco-system: for example snails and spring tails
 - by using different types of soil and plants I can experiment with divers terrariums and observe how they will turn out
@@ Line 43: / Line 43: @@
 ==Documentation of microbial fuel cell==
-   > first we made Agar Agar by mixing 1.78grams of Agar Agar with hot water in a glass container, through shaking it, it became more solid over time.
+ > first we made Agar Agar by mixing 1.78grams of Agar Agar with hot water in a glass container, through shaking it, it became more solid over time.
-   > we pured the mixture into a plastic straw, let it cool off and then cut the straw into sections to get long solid agar agar pieces.
+ > we pured the mixture into a plastic straw, let it cool off and then cut the straw into sections to get long solid agar agar pieces.
-   > next we prepared the petri dish for the experiment: placing the solid agar agar in the middle. Using hot glue and pouring diagonal line over agar agar piece to create a wall
+ > next we prepared the petri dish for the experiment: placing the solid agar agar in the middle. Using hot glue and pouring diagonal line over agar agar piece to create a wall
-   > now the petri dish has two seperate sides with an agar agar bridge in the middle
+ > now the petri dish has two seperate sides with an agar agar bridge in the middle
-   > we then glued a cable on each side that sticks out of the petri dish
+ > we then glued a cable on each side that sticks out of the petri dish
-   > then we placed assembled mudd on one side of petri dish over the glued cable and water on the other
+ > then we placed assembled mudd on one side of petri dish over the glued cable and water on the other
-   > we made sure it contracts the agar agar bridge in the middle
+ > we made sure it contracts the agar agar bridge in the middle
-   > the microbial fuel cell is created
+ > the microbial fuel cell is created
-   > last step to confirm the electricity flow, we connected claw clips from a digital multimeter to the cables that stick out the petri dish and observed the electricity outcome
+ > last step to confirm the electricity flow, we connected claw clips from a digital multimeter to the cables that stick out the petri dish and observed the electricity outcome
-   > it ranged from 0.012 - 0.300 volt
+ > it ranged from 0.012 - 0.300 volt
 [[File:microbial fuel1.jpeg]] [[File:microbial fuel.jpeg]]