Jason, when converting from cm2 to mm2 you have to multiply by 100, not 10, because it's units squared. So your results would be 28 and 10 mm2, respectively.
This is Fatima and like I saw on my other post, there was a black out soooo I didn't get a chance to put my results up. But here they are. California Laurel Leaf: LB .161cm^2 YPD 0cm^2
sharier, you take the average. And today, when I saw the pictures Ryan had on his teacher desk, I realized something horrible... Marilyn and I had gotten our YPD and LB results mixed up. So the real results are California Sagebrush YPD:0 mm2 LB: 12.5 mm2 (average)
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ReplyDeleteCalifornia Sagebrush (Artemisia californica): YPD 12 mm2, LB 0 mm2
ReplyDeleteCalifornia Sagebush.
ReplyDeleteLB: 0mm2
YPD:13mm2
Lavender
ReplyDeleteYPD: 0mm2
LB: 11.8mm2
Monterey Pine (Pinus Radiata)
ReplyDeleteYPD: 0 mm2
LB: 16.6 mm2
Tea tree leaf (Melaleuca alternifolia)
ReplyDeleteYPD:4.39mm^2
LB:27.645mm^2
Blue gum eucalyptus
ReplyDeleteYPD: 0 mm2
LB: 32.5 mm2
Thyme:
ReplyDeleteYPD= 0mm^2
LB: 8.21 mm^2
This is Byron
ReplyDeleteOregano (Oreganum vulgare)
YPD= 0mm2
LB= 15.7628mm2
ummm my data is the diagram on top, just so every one knows. its the picture....
ReplyDeleteI'm so happy i finally figured out hot to work the site! (kinda) stinging nettle, no results for YPD or LB
ReplyDeleteGarlic(Allium Sativum)
ReplyDeleteYPD:.28m²
LB :0.1m²
Name :Jason Jeong
ReplyDeleteSample :Garlic(Allium Sativum)
YPD AVG:0.28m²
LB AVG:0.1m²
Name: Jason Jeong
ReplyDeleteMy plant sample is in mm² not m².
Name: Jason Jeong
ReplyDeleteThis is embarassing, I forgot that i measured in cm and not mm.
My actual results are
YPD AVG:2.8mm²
LB AVG:1mm²
how come not every one else didn't post there results, please make sure at least one result per plant is available. thanks guys.
ReplyDeleteJason, when converting from cm2 to mm2 you have to multiply by 100, not 10, because it's units squared. So your results would be 28 and 10 mm2, respectively.
ReplyDeleteLemongrass
ReplyDeleteYPD: 0 mm^2
LB: 0 mm^2
Lemon Peel (Citrus Limonium)
ReplyDeleteYPD: 0 mm^2
LB: 24.183 mm^2
----
Lemon Peel (Citrus Limonium)
YPD: 0 mm^2
LB: 0 mm^2
Oh Jason so many posts, :D.
ReplyDeleteNasturtium
LB : 0mm^2
YPD: 0mm^2
for lemon peel, so witch one is the answer, or are both of them the answer?
ReplyDeleteThis is Fatima and like I saw on my other post, there was a black out soooo I didn't get a chance to put my results up. But here they are.
ReplyDeleteCalifornia Laurel Leaf: LB .161cm^2 YPD 0cm^2
sharier, you take the average.
ReplyDeleteAnd today, when I saw the pictures Ryan had on his teacher desk, I realized something horrible... Marilyn and I had gotten our YPD and LB results mixed up. So the real results are
California Sagebrush
YPD:0 mm2
LB: 12.5 mm2 (average)
anyone know what is the YPD and LB for leptospermum and sequoia? or do we skip it?
ReplyDeleteRyan said we don't have to use the data from that on our abstract. So, yes, we skip it.
ReplyDeleteLeptospermum and Sequioa are not required. FYI Leptospermum did have a 2mm2 inhibition on the LB plate no inhibition on YPD.
ReplyDeleteI destroyed the Sequioa plate having forgotten to collect data. The pic shows that it did inhibit on the LB plate, not YPD.
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ReplyDelete