Embedded Files
Tables and Model Images:
Tables and Model Images:
Day by Day Images:
Day by Day Images:
Day 9 - Class Experimental Plants
Thinning Arabidopsis Plants
Day 9 - Class Control Plants
Group 5, Day 13 - Experimental Plants
Group 5, Day 13 - Control Plants
Group 5, Day 17 - Experimental Plants
Group 5, Day 17 - Control Plants
Group 7, Day 20 - Wind type Control Plants
Group 7, Day 20 - Wild Type Experimental Plants
Group 7, Day 20 - Mutant Control Plants
Group 7, Day 20 - Muntant Experimental Plants
Group 6, Day 20 - Experimental Plants
Group 6, Day 20 - Control Plants
Group 3, Day 24 - Wild Type Plants
Group 3, Day 24 - Mutant Plants
Group 7, Day 27 - Wild Type Experimental Plants
Group 7, Day 27 - Mutant Control Plants
Group 7, Day 27 - Wild Type Control Plants
Group 7, Day 27 - Mutnat Experimental Plants
Group 3, Day 27 - Mutant Plants
Group 3, Day 27 - Experimental Plants
Group 7, Day 31 - Wild Type Experimental Plants
Group 7, Day 31 - Mutant Control Plants
Group 7, Day 31 - Mutant Experimental Plants
Group 7, Day 31 - Wild Type Control Plants
Group 3, Day 31 - Muant Plants
Group 3, Day 31 - Experimental Plants
Observations:
Observations:
Overall, it was noticed that the mutant experimental had the largest rosettes but shorter bolts and lower silique count. In contrast, the wild type control had the smallest rosettes but taller bolts and higher silique count. People noticed their mutant experimental plants turning a purple color due to stress from the urea solution, and their wild type control plants growing at a faster rate compared to the rest of the plants. There are no statistical differences between the four groups when looking at the graphs, but the wild type plants appeared to grow taller bolts and produce more siliques by the end of the expeirment. Our hypothesis was disproven due to the numbers we predicted not being met.
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