Using the data in Table 2, make the following plots on Excel using Time as the X axis in each of the plots: · Time (min) vs Methane (ppm) · Time (min) vs Carbon Dioxide (ppm) ·Time (min) vs Water Vapor (%) Table 2. Bronx/CUNY Greenhouse Gas Data for May 1, 2013 TIME (min) Methane (ppm)|Carbon Dioxide (ppm)|Water Vapor (%) 30 1.96 415 0.56 60 1.96 416 0.55 90 1.97 416 0.58 120 1.99 419 0.55 150 1.98 417 0.51 180 1.99 418 0.51 210 2.02 422 0.52 240 2.07 432 0.53 270 2.03 430 0.57 300 2.01 426 0.60 330 2.05 428 0.61 360 2.07 436 0.65 390 2.04 429 0.65 420 2.05 431 0.65 450 2.02 427 0.63 480 2.05 428 0.62 510 2.07 431 0.62 540 2.07 433 0.62 570 2.09 440 0.62 600 2.08 439 0.62 630 2.15 460 0.65 660 2.22 459 0.63 690 2.06 447 0.63 720 2.00 432 0.60 750 1.95 418 0.58 780 1.93 413 0.58 810 1.92 410 0.53 840 1.92 407 0.52 870 1.92 409 0.56 900 1.91 408 0.65 930 1.90 406 0.79 960 1.90 406 0.90 990 1.90 403 1.00 1020 1.90 403 0.97 1050 1.90 403 0.94 1080 1.90 403 0.98 1110 1.90 403 1.00 1140 1.90 403 1.05 1170 1.90 403 1.07 1200 1.90 403 1.08 1230 1.90 404 1.09 1260 1.90 404 1.09 1290 1.91 403 1.09 1320 1.92 403 1.07 1350 1.92 403 1.05 1380 1.94 403 1.05 1410 1.93 403 1.06 1440 1.95 403 1.07 3. The data in Table 3 below shows the percent extraction of HNO3 solutions by the Zano method. Plot a smooth curve in Excel for the "% HNO, Extracted" as the y-axis and “Molarity of HNO," as the X-axis. Label each axis and give a title to the graph. יי
Using the data in Table 2, make the following plots on Excel using Time as the X axis in each of the plots: · Time (min) vs Methane (ppm) · Time (min) vs Carbon Dioxide (ppm) ·Time (min) vs Water Vapor (%) Table 2. Bronx/CUNY Greenhouse Gas Data for May 1, 2013 TIME (min) Methane (ppm)|Carbon Dioxide (ppm)|Water Vapor (%) 30 1.96 415 0.56 60 1.96 416 0.55 90 1.97 416 0.58 120 1.99 419 0.55 150 1.98 417 0.51 180 1.99 418 0.51 210 2.02 422 0.52 240 2.07 432 0.53 270 2.03 430 0.57 300 2.01 426 0.60 330 2.05 428 0.61 360 2.07 436 0.65 390 2.04 429 0.65 420 2.05 431 0.65 450 2.02 427 0.63 480 2.05 428 0.62 510 2.07 431 0.62 540 2.07 433 0.62 570 2.09 440 0.62 600 2.08 439 0.62 630 2.15 460 0.65 660 2.22 459 0.63 690 2.06 447 0.63 720 2.00 432 0.60 750 1.95 418 0.58 780 1.93 413 0.58 810 1.92 410 0.53 840 1.92 407 0.52 870 1.92 409 0.56 900 1.91 408 0.65 930 1.90 406 0.79 960 1.90 406 0.90 990 1.90 403 1.00 1020 1.90 403 0.97 1050 1.90 403 0.94 1080 1.90 403 0.98 1110 1.90 403 1.00 1140 1.90 403 1.05 1170 1.90 403 1.07 1200 1.90 403 1.08 1230 1.90 404 1.09 1260 1.90 404 1.09 1290 1.91 403 1.09 1320 1.92 403 1.07 1350 1.92 403 1.05 1380 1.94 403 1.05 1410 1.93 403 1.06 1440 1.95 403 1.07 3. The data in Table 3 below shows the percent extraction of HNO3 solutions by the Zano method. Plot a smooth curve in Excel for the "% HNO, Extracted" as the y-axis and “Molarity of HNO," as the X-axis. Label each axis and give a title to the graph. יי
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Pls graph on excel and provide summary on what the graph is telling you
Transcribed Image Text:4:30
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Using the data in Table 2, make the following plots on Excel using
Time as the X axis in each of the plots:
. Time (min) vs Methane (ppm)
. Time (min) vs Carbon Dioxide (ppm)
· Time (min) vs Water Vapor (%)
Table 2. Bronx/CUNY Greenhouse Gas Data for May 1, 2013
TIME (min) Methane (ppm) Carbon Dioxide (ppm) Water Vapor (%)
30
1.96
415
0.56
60
1.96
416
0.55
90
1.97
416
0.58
120
1.99
419
0.55
150
1.98
417
0.51
180
1.99
418
0.51
210
2.02
422
0.52
240
2.07
432
0.53
270
2.03
430
0.57
300
2.01
426
0.60
330
2.05
428
0.61
360
2.07
436
0.65
390
2.04
429
0.65
420
2.05
431
0.65
450
2.02
427
0.63
480
2.05
428
0.62
510
2.07
431
0.62
540
2.07
433
0.62
570
2.09
440
0.62
600
2.08
439
0.62
630
2.15
460
0.65
660
2.22
459
0.63
690
2.06
447
0.63
720
2.00
432
0.60
750
1.95
418
0.58
780
1.93
413
0.58
810
1.92
410
0.53
840
1.92
407
0.52
870
1.92
409
0.56
900
1.91
408
0.65
930
1.90
406
0.79
960
1.90
406
0.90
990
1.90
403
1.00
1020
1.90
403
0.97
1050
1.90
403
0.94
1080
1.90
403
0.98
1110
1.90
403
1.00
1140
1.90
403
1.05
1170
1.90
403
1.07
1200
1.90
403
1.08
1230
1.90
404
1.09
1260
1.90
404
1.09
1290
1.91
403
1.09
1320
1.92
403
1.07
1350
1.92
403
1.05
1380
1.94
403
1.05
1410
1.93
403
1.06
1440
1.95
403
1.07
3. The data in Table 3 below shows the percent extraction of HNO,
solutions by the Zano method. Plot a smooth curve in Excel for the
"% HNO; Extracted" as the y-axis and “Molarity of HNO;" as the
X-axis. Label each axis and give a title to the graph.
3.
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