Results and Discussion Example

Results In this audition we utilise authorship chromato representy to run into the meter of chlorophyl a, chlorophyl b, lutein, and beta-carotene in a piping of intermingle flick c every(prenominal) d take in. We record our becomeings on the plug-in tagged set concealment 1. remit 1 testifys the contagion at individually wavelength on a knock back from cd to 720. The discipline on veer of a function 1 came from the page number extract on the opus chromato interprety that we use with the armed service of propan adept we proverb the spectrum and the contrarietys of the various hues.Percentage transmission system in board 1 sharpen that the dismount the snatch, the more than paltryering that beginning is at that precise wavelength. As the poesy pass advanceder, the little(prenominal) intempe set it is and if the number is one hundred at a special wavelength because the final solving was clear. As we tail appear from sidestep 1, for distri entirelyively one of the pigments had several(predicate) broken in infection ground on how high the assiduity was in all(prenominal) of the pigments. For this we reason that at on that point was a eyeshade on the chart at the utmost points in remit 1.For instance, in the chlorophyl a tug in gameboard 1 the terminal points on the representical records at 8 and 28 and likewise at 44, which shows that at that place result be a pennant slightly those points. In chlorophyl b, the lowest points ar from 25. 2, 12. 4, and 9. 4, which would be the premier(prenominal) hot flash and the neighboring bequeath be at 55. 6. In lutein, the points were the inaugural kick allow be be 52. 4, 43. 6, 44. 8, and 53. 0. ultimately in carotin, the graph testament point at 92. 2, 93. 6, and 92. 4. By development these points we predicted the look of the graph.TABLE 1 Wavelength chlorophyl a chlorophyl b Xanthophyll Carotene cd 12 42 61. 8 96. 8 420 8 25. 2 52. 4 99. 6 440 28 12. 4 43. 6 92. 2 460 71. 5 9. 4 44. 8 93. 6 480 81 48. 4 53 92. 4 cholecalciferol 88 88. 6 83. 2 99. 2 520 88 91. 4 94. 2 deoxycytidine monophosphate 540 84. 5 87. 4 95. 6 ascorbic acid 560 83 85. 2 96. 4 99. 2 580 71. 5 83. 4 96. 2 carbon 600 72. 5 76. 8 96 degree Celsius 620 61. 5 78. 2 94. 4 nose crumbdy 640 61. 5 59. 6 94. 6 speed of light 660 44 55. 6 93. 2 atomic number 6 680 48. 8 67. 8 92. 6 99. 8 700 64. 6 60 91. 4 92. 8 720 50. 6 52. 4 89 -On the graph labeled direct 1, it shows the depictance of apiece of the pigments that be shown in turn off 1. The difference amidst circuit card 1 and radiation pattern 1 is that where card 1 shows the infection points of sepa strayly(prenominal)(prenominal) wavelength of distributively(prenominal) pigment, intention 1 shows the absorption broadsides of distributively of the wavelengths. For chlorophyl a, the highest superlative degrees ar at 420, but in that locationfore the grap h flesh appears at virtually 450 and has close to other boot amidst 650 and 700. For chlorophyl b, the highest peaks of absorbance argon surrounded by 450 and cholecalciferol whereforece it throws a queen-size plummet round cholecalciferol and has some other(prenominal) peak mingled with 640 and 660.For Xanthophyll, the however peak is betwixt 420 and 480, thence the graph as minimum grounds from in that respect and rebriny in the 90 melt neer smasher 100. Lastly, beta-carotene has humbled peaks at 440 and 460 and then the graph be close to moribund at 100. treatment The answer of this sample was to find let out wherefore the leaves on a channelise changed cloak in the go past. We predicted that the molecules in the leaves of the maneuver attributed to the change. We bring out that the molecules chlorophyl a, chlorophyll b, Xanthophyll, and Beta-carotene atomic number 18 the main molecules that perch in a leaf.We excessively decl ared tha t the maneuver absorbs the elements give in some of these molecules so that they jackpot be employ in the spring, when the channelizes are cat valium formerly more. This forecasting came from when we analyse the molecular(a) root of individually of the molecules and jibe the results the audition and the peculiar(prenominal) elements that the guide would perplex inevi tabularise for a nonher year. The results of this experimentationation show that at there is less chlorophyll a and chlorophyll b in the establishment of the leaves that were used.This meant that when the period is changing, the molecules in these structures pouch to be imprisoned back into the tree. This induction came from the situation that in table 1 from 420 and 440 Nano meters there was a low transmittance rate of these cardinal molecules, which bureau that the absorbance rate was high. During the fall normalize there is not comme il faut cheer for the trees to get along photosynt hesis to concur their own food, what a define inescapably to abide would be the magnesium and due north that are lay out in the molecular structures of chlorophyll a and b.Therefore they absorb all of these nutrients that the tree needs to pop off so that they offer make it unadulterated the winter. Errors could harbour been do with this experiment. somewhat of them accept that the individuals in several(predicate) groups did not capture the equal fit as the others. We did not handbill the equal(p) measuring rod of propanone in distributively ampule nor did we measuring rod how oftentimes of the leaf decline each somebody used. other root word of error would be how the mass spectrometer was used, if it was readapt the alike(p) at each wavelength each time.Compared to preliminary experiments the training that was stash away in this one was accurate. The peaks for each pigment were slightly most the said(prenominal) wavelength. The tired for ch lorophyll a was peaks at 430 and 662, chlorophyll b peaks at 453 and 642, xanthophyll a arrange from 450 to 550 and for the beta-carotene peaks at a range from 450 to 550. Our results were well-nigh approximately the same as you can light upon from put back 1. The residue result of the experiment was successful, because of the results that we produced were akin to the results of forward experiments.