1) What is the relationship between lux and flotation? In the photo above, we ha
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Question
1) What is the relationship between lux and flotation?
In the photo above, we have the
Light bulb color:
Lux reading:
(The # of Leaf disks floating) out of (The # of leaf disk total) in a minutes time:
(It's leaflets of spinach leaf disks and I am trying to find Photosynthesis in the chloroplast).
The main question is, What is the relationship between Lux and Flotation?
Book1 Excel ?× FILE HOME INSERT PAGE LAYOUT FORMULAS DATA REVIEW VIEW Allen, Shawton AutoSum A Calibri 11 IAA Wrap Text General Normal Bad Copy Fin- Paste Insert Delete Format .. _ _ _ tMerge & Certer . $ % , .00 : Conditional Format as Good Sort & Find & Filter-Select- B 1 u . E t--)--Merge & Center Neutral Format Painter Clear Formatting Table Clipboard Font Alignment Number Styles Cells Editing A6 1 Group Color 2 mins4 mins 5 mins 6 mins 8 mins 8 out of 9 9 mins10 mins 9 out of 9 7 mins 11 mins 12 mins 13 mins 14 mins15 mins Blue14,7000 out of 9 5 out of 9 6 out of 9 6 out of 9 8 out of 9 Purple 20,600 1 out of 10 6 out of 10 9 out of 10 10 out of 10 Purple17,500 0 out of 13 1 out of 13 2 out of 13 3 out of 13 6 out of 13 Green7,900 1 out of 12 3 out of 12 4 out of 127 out of 12 7 out of 12 10 out of 13 13 out of 13 8 out of 12 8 out of 12 8 out of 12 8 out of 12 10 out of 18 11 out of 18 12 out of 18 13 out of 18 14 out of 18 15 out of 18 16 out of 18 17 out of 18 18 out of 18 9 out of 12 9 out of 12 Red2,8000 out of 18 0 out of 18 1 out of 18 6 out of 18 1 min2 mins 3 mins 6 out of 19 4 mins 5 mins 12 out of 19 13 out of 19 6 mins 7 mins 11 mins12 mins 13 mins 17 out of 19 17 out of 19 17 out of 19 17 out of 19 18 out of 19 18 out of 19 18 out of 19 19 out of 19 8 mins 14 mins 15 mins 16 mins 17 mins 18 mins 19 mins 20 mins 9 mins10 mins 16 out of 19 16 out of 19 16 out of 19 17 out of 19 9 Color 10 Red 2,460 11 Green 6,580 0 out of 13 0 out of 13 3 out of 13 3 out of 13 5 out of 13 7 out of 13 9 out of 13 9 out of 13 10 out of 13 11 out of 13 12 out of 13 12 out of 13 13 out of 13 12 Blue 13,734 0 out of 14 0 out of 140 out of 141 out of 14 2 out of 14 5 out of 146 out of 14 6 out of 14 6 out of 14 7 out of 14 7 ou tof 14 8 out of 14 9 out of 14 10 out of 14 12 out of 14 13 out of 14 14 out of 14 13 Purple 14 Green 7,000 0 out of 12 0 out of 120 out of 12 0 out of 12 0 out of 120 out of 120 out of 12 0 out of 12 0 out of 12 0 out of 12 0 out of 12 0 out of 12 0 out of 12 0 out of 12 0 out of 12 0 out of 12 0 out of 12 2 out of 12 2 out of 12 2 out of 12 15 Orange 16 Pink 4,734 0 out of 11 0 out of 110 out of 11 0 out of 11 0 out of 11 1 out of 111 out of 11 1 out of 11 1 out of 11 2 out of 11 3 out of 11 4 out of 11 4 out of 11 4 out of 11 5 out of 11 17 White 18 19 LuxExplanation / Answer
Photosynthesis is the process that plants use to convert carbon dioxide, water and solar energy into glucose to use as energy.
The purpose of the Floating Leaf Disk Experiment is to determine the rate of photosynthesis by measuring the rate that the leaf disks rise due to oxygen produced via photosynthesis .
Most plants have evolved to use sunlight for photosynthesis. Sunlight is considered full spectrum light, because it contains light from the entire visible spectrum. Because of this plants have evolved to take advantage of the whole spectrum. This means that if a plant does not receive light with the full spectrum of visible colors it may encounter serious issues. Light is measured in Lux, or luminous flux. The measurement of light we receive from the sun is dependent of location and environment but in optimal conditions ambient sunlight can measure as high as 100,000 Lux. Most plants only need around 64,000 lux. 10,000 lux is the minimum lux required for photosynthesis to occur.
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