Programa Excel Operaciones Unitarias SECADO | Esquemas y mapas conceptuales de Procesos Químicos

Ss (g) 350 Nc 12.8333348

t (min) ω (g) X

0 532 0.52

10 514 0.46857143

20 496 0.41714286

30 483 0.38

40 470 0.34285714

50 462 0.32

60 454 0.29714286

70 449 0.28285714

80 443 0.26571429

90 440 0.25714286

100 436 0.24571429

110 434 0.24

120 431 0.23142857

40 50 60 70 80 90 100 110 120 130

0.05

0.1

0.15

0.2

0.25

0.3

0.35

f(x) = − 1.2265512266E-07 x³ + 4.3011750155E-05 x² − 0.0057610801897 x

+ 0.51559678416821

R² = 0.998380438298972

0.2 0.25 0.3 0.35 0.4 0.45 0.5 0.55

xvsN

0 5 10 15 20 25 30 35 40 45

0.1

0.2

0.3

0.4

0.5

0.6

f(x) = − 0.004428571428571 x + 0.514285714285714

R² = 0.992768595041322

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Ss (g) 350 Nc 12. t (min) ω (g) X 0 532 0. 10 514 0. 20 496 0. 30 483 0. 40 470 0. 50 462 0. 60 454 0. 70 449 0. 80 443 0. 90 440 0. 100 436 0. 110 434 0. 120 431 0. 40 50 60 70 80 0

f(x) = − 1.2265512266E-07 x³ + 4

R² = 0. 0.2 0.25 0.3 0.35 0.4 0.45 0.5 0. 0 2 4 6 8 10 12 14

xvsN

0 5 10 15 20 0

f(x) = − 0.004428571428571 x + 0. R² = 0.

t (min) ω (g) X0 0 532 10 514 20 496 30 483 Xc 37. 40 470 50 462 60 454 70 449 80 443 90 440 100 436 110 434 X* 120 431 50 60 70 80 90 100 110 120 130 f(x) = − 1.2265512266E-07 x³ + 4.3011750155E-05 x² − 0.0057610801897 x

R² = 0. 5 10 15 20 25 30 35 40 45 − 0.004428571428571 x + 0. 992768595041322

0 20 40 140 160 18

0 20 40 60 80 100 120 140 140 160 180 200 220 240 260

0 5 10 15

Chart Title

20 40 60 80 100 120

7674892

Chart Title

80 100 120 140 160 180 965746913E-06 x² − 0.000541685299283 x 30916476 386774874

X N X N X

N

2 2.

CONDICIONES INTE

13 1.4974 1.49699439 2470.7 (^) ai 18 2.064 2.06289478 2458.8 (^) bi

INTERPOLACION ai INTERPOLACION b 3809.4 PRIMERA PRUEBA Y ERROR REALIZADA E

INTERPOLACION bi RA PRUEBA Y ERROR REALIZADA EN CLASE.

 - 0.52 0.0044 12.

0.46857143 0.0044 12.
0.41714286 0.0044 12. - 0.38 0.0044 12.
- 0.348464 0.0044 12.
0.34285714 0.00308 8. - 0.32 0.00255 7.
0.29714286 0.00208 6.
0.28285714 0.00167 4.
0.26571429 0.00132 3.
0.25714286 0.00103 3.
0.24571429 0.0008 2. - 0.24 0.00063 1.
0.23142857 0.00052
Ss
Ss/A - 0 394 2.42608696 0.0127 29. t (min) ω (g) X -(dx/dt) N - 5 387 2.36521739 0.0127 29. - 10 379 2.29565217 0.0127 29. - 15 371 2.22608696 0.0127 29. - 20 363 2.15652174 0.0127 29. - 25 355 2.08695652 0.0127 29. - 30 347 2.0173913 0.0127 29. - 40 331 1.87826087 0.0127 29. - 51 316 1.74782609 0.0127 29. - 58 306 1.66086957 0.0127 29. - 65 296 1.57391304 0.0127 29. - 74 284 1.46956522 0.0127 29. - 83 270 1.34782609 0.010318666 23. - 90 262 1.27826087 0.0097514 22. - 99 251 1.1826087 0.009021194 20.
- 108 242 1.10434783 0.008290016 19.
- 120 232 1.0173913 0.0073136 16.
- 131 222 0.93043478 0.006417034 14.
- 146 211 0.83478261 0.005192104 11.
- 160 202 0.75652174 0.0040464 9.
- 180 195 0.69565217 0.0024056 5.
- 200 189 0.64347826 0.00076 1.
- 220 185 0.60869565
- 250 185 0.60869565 - 0. - 1. - 2. - f(x) = − 0. - R² = 0. - 0. - 0. - 0. - 0. - 0. - 0. - 0. - 0. - 0. - f(x) = 2.76167662742904E- - R² = 0. - 0 394 2. t (min) ω (g) X - 5 387 2. - 10 379 2. - 15 371 2. - 20 363 2. - 25 355 2. - 30 347 2. - 40 331 1. - 51 316 1. - 58 306 1. - 65 296 1. - 74 284 1. - 83 270 1. - 90 262 1. - 99 251 1. - 108 242 1. - 110.57 1. - 120 232 1. - 131 222 0. - 146 211 0. - 160 202 0. - 180 195 0. - 200 189 0. - 220 185 0. - 250 185 0.
- 1. - f(x) = − 0.011852935338213 x + 2.
    - R² = 0.
1. - f(x) = 2.76167662742904E-05 x² − 0.013067834082595 x + 2.
  - R² = 0.
0.01190 27. -(dx/dt) N
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.01190 27.
0.00590 13.
0.00524 12.
0.00434 9.
0.00350 8.
0.00230 5.
0.00110 2.
0.00000 0.
0.00000 0. - 0.500 1.000 1.500 2.000 2.500 3. - 0. - 5.
- 1. ```
   - Ss(g) - Ss/A (g/m^2) 16521. 
```
X0 0 487 0.28157894737 0. t(min) w(g) X N - 2.5 484 0.27368421053 0. - 3 482 0.26842105263 0. - 4 480 0.26315789474 0. - 5 478 0.25789473684 0. - 6.5 476 0.25263157895 0. - 9 472 0.24210526316 0.
- 11.5 469 0.23421052632 0. - 13 467 0.22894736842 0.
- 14.5 465 0.22368421053 0. - 16 463 0.21842105263 0.
- 18.5 461 0.21315789474 60. - 21 459 0.20789473684 54. - 27 456 0.2 45. - 32 455 0.19736842105 43. - 36 454 0.19473684211 40. - 40 453 0.19210526316 37.
- 46.5 452 0.18947368421 34.
- 51.5 451 0.18684210526 31. - 64 450 0.18421052632 28. - 73 449 0.18157894737 25. - 77 448 0.17894736842 22. - 93 447 0.17631578947 20.
  - 103 446 0.17368421053 17.
  - 129 445 0.17105263158 14.
  - 158 443 0.16578947368 8.
X* 1000 440 0.15789473684 - 0. - 0. - 0. - 0. - 0. - 0. - f(x) = − 0.003622795728059 x + 0. - R² = 0. - 0. - 0. - 0. - 0. - 0. - f(x) = 1.62184965746913E-06 x² − 0. - + 0. - R² = 0.
- X0 0 487 0. t(min) w(g) X - 2.5 484 0. - 3 482 0. - 4 480 0. - 5 478 0. - 6.5 476 0. - 9 472 0.
  - 11.5 469 0. - 13 467 0.
  - 14.5 465 0. - 16 463 0.
- Xc 17.55 0.
  - 18.5 461 0. - 21 459 0. - 27 456 0. - 32 455 0. - 36 454 0. - 40 453 0.
  - 46.5 452 0.
  - 51.5 451 0. - 64 450 0. - 73 449 0. - 77 448 0. - 93 447 0.
    - 103 446 0.
    - 129 445 0.
    - 158 443 0.
- X* 1000 440 0.
795728059 x + 0.
- 0.5 1 1.5 2 2.
0.45 0.875 0.5 1 1.
- 0.3 0.
0.18 0.
- 0.1 - 0 0.5 1 1.5 2 2.
  - 1. ```
    - f(x) = x + 0. - R² = 
```
  - f(x) = 2.5 x − 0.
  - R² =
15 1.7051 1.70444984 2465.
16 1.8181 1.81732667 2463.
17 1.9376 1.93670331 2461.
18 2.064 2.06289478 2458.
19 2.1975 2.19622823 2456.
20 2.339 2.33704332 2454.
21 2.487 2.4856925 2451.
22 2.645 2.64254139 2449.
23 2.81 2.8079691
24 2.985 2.98236861 2444.
25 3.169 3.16614706 2442.
26 3.363 3.35972617 2439.
27 3.567 3.56354255 2437.
28 3.782 3.77804809 2435.
29 4.008 4.00371032 2432.
30 4.246 4.24101276 2430.
31 4.496 4.4904553 2428.
32 4.759 4.75255459 2425.
33 5.034 5.02784439 2423.
34 5.324 5.31687596
35 5.628 5.62021847 2418.
36 5.947 5.93845932 2416.
37 6.281 6.27220459 2413.
38 6.632 6.6220794 2411.
39 6.999 6.98872828 2409.
40 7.384 7.37281563 2406.
41 7.786 7.77502603 2404.
42 8.208 8.1960647 2401.
43 8.649 8.63665786 2399.
44 9.111 9.09755317 2397.
45 9.593 9.57952008 2394.
46 10.098 10.0833503 2392.
47 10.624 10.609858
48 11.175 11.1598806 2387.
49 11.749 11.7342789 2385.
50 12.349 12.3339373 2382.
51 12.975 12.9597647 2380.
52 13.628 13.6126946 2377.
53 14.309 14.2936853 2375.
54 15.019 15.003721 2373.
55 15.758 15.7438113 2370.
56 16.529 16.5149922 2368.
57 17.331 17.3183266 2365.
58 18.166 18.1404509 2363.
59 19.036 19.010245 2360.
- 60 19.94 19.9152362 2358.
- 61 20.881 20.8565659
- 62 21.86 21.835402 2353.
- 63 22.877 22.8529396 2351.
- 64 23.934 23.9104011 2348.
- 65 25.03 25.0090363 2346.
- 66 26.17 26.1501235 2343.
- 67 27.36 27.3349686 2341.
- 68 28.59 28.5649067 2338.
- 69 29.86 29.8413014 2336.
- 70 31.19 31.1655455 2333.
- 71 32.56 32.5390615 2331.
- 72 33.99 33.9633016 2328.
- 73 35.46 35.4397478 2326.
- 74 36.99 36.9699128 2323.
- 75 38.58 38.5553397 2321.
- 76 40.22 40.1976026 2318.
- 77 41.92 41.8983067 2316.
- 78 43.68 43.6590886 2312.
- 79 45.5 45.4816167 2311.
- 80 47.39 47.3675912 2308.
- 81 49.34 49.3187448 2306.
- 82 51.36 51.3368422 2303.
- 83 53.45 53.4236813 2301.
- 84 55.6 55.5810925 2298.
- 85 57.83 57.8109395
- 86 60.14 60.1151195 2293.
- 87 62.52 62.4955632 2290.
- 88 64.98 64.9542352 2288.
- 89 67.52 67.493134 2285.
- 90 70.14 70.1142924 2283.
- 91 72.84 72.8197778 2280.
- 92 75.64 75.611692
- 93 78.52 78.4921717 2275.
- 94 81.49 81.4633887 2272.
- 95 84.55 84.5275499 2270.
- 96 87.71 87.6868975 2267.
- 97 90.97 90.9437093 2264.
- 98 94.33 94.3002987 2262.
- 99 97.78 97.7590151 2259.
100 101.325 101.322244
Trocio 52.23 Pa 13755 0 52. Tgas^65 P 91326 i ai - Y' 0.11027 Ma 18.015 1 52. - C'H 1.20996 Mb 28.97 2 53. - T 48 Tsa 53.13848458 3 53. - 4 53.
- T (°C) Ps (kPa) Ps (kPa) ʎ 5 53. - 0 0.6109 0.61056848 2501.4 6 53. - 1 0.6567 0.65644902 2499 7 53. - 2 0.7056 0.70535067 2496.7 8 53. - 3 0.7577 0.75744287 2494.3 9 53. - 4 0.8131 0.8129028 2491.9 10 53. - 5 0.8721 0.87191563 2489. - 7 1.0016 1.00138221 2484.8 0 <=T < 6 0.9349 0.93467479 2487.2 CONSTANTES ANTOINE - 8 1.0724 1.07224865 2482.5 A 23. - 9 1.1477 1.14749395 2480.1 B - 10 1.2276 1.2273473 2477.7 C 237. - 11 1.3123 1.31204757 2475. - 12 1.4022 1.40184358 - 15 1.7051 1.70444984 2465.9 52 2377. 14 1.5983 1.59776965 2468.3 T (°C) ʎ - 16 1.8181 1.81732667 2463.6 53 2375. - 17 1.9376 1.93670331 2461. - 20 2.339 2.33704332 2454.1 65 2346. 19 2.1975 2.19622823 2456.5 T (°C) ʎ - 21 2.487 2.4856925 2451.8 66 2343. - 22 2.645 2.64254139 2449. - 23 2.81 2.8079691 - 24 2.985 2.98236861 2444. - 25 3.169 3.16614706 2442. - 26 3.363 3.35972617 2439. - 27 3.567 3.56354255 2437. - 28 3.782 3.77804809 2435. - 29 4.008 4.00371032 2432. - 30 4.246 4.24101276 2430. - 31 4.496 4.4904553 2428. - 32 4.759 4.75255459 2425. - 33 5.034 5.02784439 2423. - 34 5.324 5.31687596 - 35 5.628 5.62021847 2418. - 36 5.947 5.93845932 2416. - 37 6.281 6.27220459 2413. - 38 6.632 6.6220794 2411.
39 6.999 6.98872828 2409.
40 7.384 7.37281563 2406.
41 7.786 7.77502603 2404.
42 8.208 8.1960647 2401.
43 8.649 8.63665786 2399.
44 9.111 9.09755317 2397.
45 9.593 9.57952008 2394.
46 10.098 10.08335026 2392.
47 10.624 10.609858
48 11.175 11.15988062 2387.
49 11.749 11.73427886 2385.
50 12.349 12.33393729 2382.
51 12.975 12.95976471 2380.
52 13.628 13.61269456 2377.
53 14.309 14.29368534 2375.
54 15.019 15.00372097 2373.
55 15.758 15.74381125 2370.
56 16.529 16.51499224 2368.
57 17.331 17.31832664 2365.
58 18.166 18.14045087 2363.
59 19.036 19.01024497 2360.
60 19.94 19.9152362 2358.
61 20.881 20.85656587
62 21.86 21.835402 2353.
63 22.877 22.85293961 2351.
64 23.934 23.91040106 2348.
65 25.03 25.00903634 2346.
66 26.17 26.15012345 2343.
67 27.36 27.33496862 2341.
68 28.59 28.56490668 2338.
69 29.86 29.84130135 2336.
70 31.19 31.16554551 2333.
71 32.56 32.53906154 2331.
72 33.99 33.96330158 2328.
73 35.46 35.43974783 2326.
74 36.99 36.96991283 2323.
75 38.58 38.55533974 2321.
76 40.22 40.19760261 2318.
77 41.92 41.89830667 2316.
78 43.68 43.65908857 2312.
79 45.5 45.48161665 2311.
80 47.39 47.36759121 2308.
81 49.34 49.31874476 2306.
82 51.36 51.33684223 2303.
83 53.45 53.42368127 2301.
84 55.6 55.58109245 2298.
85 57.83 57.81093949
86 60.14 60.1151195 2293.
- 87 62.52 62.49556322 2290.
- 88 64.98 64.95423519 2288.
- 89 67.52 67.49313399 2285.
- 90 70.14 70.11429244 2283.
- 91 72.84 72.81977782 2280.
- 92 75.64 75.61169201
- 93 78.52 78.49217174 2275.
- 94 81.49 81.46338874 2272.
- 95 84.55 84.5275499 2270.
- 96 87.71 87.68689749 2267.
- 97 90.97 90.94370929 2264.
- 98 94.33 94.30029874 2262.
- 99 97.78 97.75901513 2259.
100 101.325 101.3222437 - 52 53 2377.9 2375.5 2377.348 ao a1 ʎsa (ao) ʎsa (a1) ʎsa (ai) bi bo - 52 53 2377.9 2375.5 2375.829731 - 53 54 2375.5 2373.1 2375.368282 - 53 54 2375.5 2373.1 2375.228397 - 53 54 2375.5 2373.1 2375.186026 - 53 54 2375.5 2373.1 2375.173195 - 53 54 2375.5 2373.1 2375.16931 - 53 54 2375.5 2373.1 2375.168134 - 53 54 2375.5 2373.1 2375.167778 - 53 54 2375.5 2373.1 2375.16767 - 53 54 2375.5 2373.1 2375.167637
57 <= T < ANTES ANTOINE
- 1. - 0 40 40 41 2406. 226.7 i Tsa,s Tas,o Tas,1 ʎsa (Tsa,o)
    - 1 54.083697 54 55 2373.
    - 2 53.067374 53 54 2375.
    - 3 53.143824 53 54 2375.
    - 4 53.138090 53 54 2375.
    - 5 53.138520 53 54 2375.
    - 6 53.138488 53 54 2375.
    - 7 53.138491 53 54 2375.
    - 8 53.138490 53 54 2375.
    - 9 53.138490 53 54 2375.
    - 10 53.138490 53 54 2375.
- 66 2346.2 2343.7 2346.2 13766.80234 0.110378767 12. b1 ʎsa (bo) ʎsa (b1) ʎsa (bi) Ps(ai) Y'sa (ai) f(ai)
- 66 2346.2 2343.7 2346.2 14198.42659 0.114476495 3.
- 66 2346.2 2343.7 2346.2 14331.89157 0.115752876 1.
- 66 2346.2 2343.7 2346.2 14372.56247 0.116142709 0.
- 66 2346.2 2343.7 2346.2 14384.90117 0.116261058 0.
- 66 2346.2 2343.7 2346.2 14388.63943 0.116296921 0.
- 66 2346.2 2343.7 2346.2 14389.77155 0.116307783 0.
- 66 2346.2 2343.7 2346.2 14390.11437 0.116311072 0.
- 66 2346.2 2343.7 2346.2 14390.21817 0.116312068 0.
- 66 2346.2 2343.7 2346.2 14390.2496 0.11631237 0.
- 66 2346.2 2343.7 2346.2 14390.25912 0.116312461 8.36857E-
2404.3 2406.7 0.122838662 15064.5 54.0836974 14. ʎsa (Tsa,1) ʎsa (Tsa,s) Y'sa (ai) Ps(ai) Tsa,c error
2370.7 2372.899126 0.115836309 14340.6 53.06737405 1.
2373.1 2375.338302 0.116348292 14394.0 53.14382351 0.
2373.1 2375.154824 0.116309817 14390.0 53.13809047 0.
2373.1 2375.168583 0.116312702 14390.3 53.1385205 0.
2373.1 2375.167551 0.116312486 14390.3 53.13848824 3.22551E-
2373.1 2375.167628 0.116312502 14390.3 53.13849066 2.41937E-
2373.1 2375.167622 0.116312501 14390.3 53.13849048 1.81471E-
2373.1 2375.167623 0.116312501 14390.3 53.1384905 1.36116E-
2373.1 2375.167623 0.116312501 14390.3 53.13849049 1.02096E-
2373.1 2375.167623 0.116312501 14390.3 53.13849049 7.66249E-

Programa Excel Operaciones Unitarias SECADO, Esquemas y mapas conceptuales de Procesos Químicos

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xvsN

Chart Title

Chart Title

X N X N X

N

CONDICIONES INTE