lab evaporacion de agua

8/19/2019 Lab Evaporacion de Agua

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2/10

1. O"#$%&'% $( )%*+$#* ,$ $&')*%'+- / ' ,- $%$/ $# )%$#-*/$#2. P%*"'% $ (' )%$#- / ,$ &')*% $/ / %$+-)-$/ $ +$%%',* #$ -/+%$ $/ ' +*/ ('

$ )$%' %'3. M*# %'% $ $( $ )$%- $/ * $/ (' +'(,$%' ,$ M'%+$ ,' %$# ( ',*# $ #$

) $,$/ +* )'%'% +*/ ('# '"('# ,$ &')*%

4. C* )'%'% (*# %$# ( ',*# +*/ (' $*% ' )%*"'% (' %$('+- / $/ %$ $ )$%' %' )%$#- / )'%' &')*% #' %',* ('# $+ '+-*/$# $ %-+'# $ %$('+-*/'/ ('# ,*#&'%-'"($#

PROCEDIMIENTO

1. L($/'% (' +'(,$%' +*/ ' ' ,$# -(','2. C%$'% /' '"(' ,$ %$# ( ',*# $/ "('/+*3. P%$/,$% (' +'(,$%'4. A/* '% (' $ )$%' %' ' $,-,' $ (' +'(,$%' #$ +'(-$/ '. C '/,* $# $

(- $%' $/ $ )*% ,$"' * ,$ 90C: '/ $/$% '"-$% ' + -,',*#' $/ $ (' &;(& (' ,$'(-&-*


3/10

P'%' ='(('% ('# $ )$%' %'# #$ / ('# )%$#-*/$# %$ -# %','#

3. P'%' -(- '% $( ? *,* %' -+* +* -$/ ' $/ $( $ $ ,$#,$ 0 -/ $%)*($ # #%$# ( ',*# ='+-' ' %;# ' (' ( /$' &$% -+'( )'%' $/+*/ %'% (' -/ $%#$++- / +* )'%$

('# $ )$%' %'# $ %-+'# +*/ ('# %$'($# )'%' +*/ -% '% (' $*% '.

Presión absolutaP(kpa)

Te peraturaT(!)

Te peratura(C) "###$T lo%(kpa)

94 369:5 96:35 2:70635995 1:9731278595 369:8 96:65 2:70416441 1:9777236196 370:2 97:05 2:70124257 1:9822712398 370:6 97:45 2:69832704 1:9912260899 371 97:85 2:69541779 1:99563519101 371:6 98:45 2:69106566 2:00432137102 371:9 98:75 2:68889486 2:00860017103 372:6 99:45 2:68384326 2:01283722105 372:7 99:55 2:68312316 2:0211893106 373:2 100:05 2:6795284 2:02530587108 373:6 100:45 2:67665953 2:03342376110 374:1 100:95 2:67308206 2:04139269111 374:5 101:35 2:67022697 2:04532298113 375 101:85 2:66666667 2:05307844115 375:5 102:35 2:66311585 2:06069784

117 376 102:85 2:65957447 2:06818586118 376:5 103:35 2:6560425 2:07188201120 376:9 103:75 2:65322367 2:07918125122 377:4 104:25 2:64970853 2:08635983125 378 104:85 2:64550265 2:09691001126 378:4 105:25 2:64270613 2:10037055128 378:9 105:75 2:63921879 2:10720997131 379:4 106:25 2:63574064 2:1172713133 380 106:85 2:63157895 2:12385164135 380:4

107:25 2:62881178 2:13033377138 381 107:85 2:62467192 2:13987909139 381:4 108:25 2:62191924 2:1430148141 381:9 108:75 2:61848651 2:14921911144 382:4 109:25 2:61506276 2:15836249146 382:9 109:75 2:61164795 2:16435286149 383:4 110:25 2:60824204 2:17318627151 383:9 110:75 2:60484501 2:17897695153 384:3 111:15 2:60213375 2:18469143156 384:8 111:65 2:5987526 2:1931246158 385:3 112:15 2:59538022 2:19865709161 385:8 112:65 2:59201659 2:20682588


4/10

164 386:3 113:15 2:58866166 2:21484385173 388 114:85 2:57731959 2:2380461176 388:5 115:35 2:57400257 2:24551267179 389 115:85 2:57069409 2:25285303182 389:6

116:45 2:56673511 2:26007139184 390 116:85 2:56410256 2:26481782187 390:5 117:35 2:56081946 2:27184161190 391 117:85 2:55754476 2:2787536193 391:5 118:35 2:55427842 2:28555731196 392 118:85 2:55102041 2:29225607199 392:5 119:35 2:5477707 2:29885308203 393:1 119:95 2:54388196 2:30749604206 393:5 120:35 2:54129606 2:31386722209 394 120:85 2:53807107 2:32014629212 394:5 121:35 2:53485425 2:32633586222 395:9 122:75 2:52589038 2:34635297

S$ ='(('%*/ ('# %$# +*( /'# ',-+-*/'($# )'%' ='(('% (' (-/$'(-,', ,$( )%*+$#*,$ $&')*%'+- / ,$ &')*% '# )*,$ *# $/+*/ %'%('# #- -$/ $# %' -+'#

'(% ')% '*% '+% ,%%%

-%

&%%

&-%

$%%

$-%

./01 2 ,")'0 3 &((&"''R4 2 %"++

Linear /1

Temperatura (K)

Presion Absoluta (KPa)

G%' -+' N* 1 $ )$%' %' P%$#- / '"#*( '

P'%' ='(('% (' -/ $%#$++- / +*/ (' ( /$' &$% -+'( =*%- */ '( -(- ' *# ('$+ '+- / ,$ (' %' -+'

Y : 4,7323 X − 1661,3

P'%' $/+*/ %'% $( +*% $ +*/ $( $ $ ='+$ *# $ 0

0 = 4,7323 X − 166,3 ; X =166,3

4,7323= 35.141474


5/10

P'%' $/+*/ %'% $( ) / * ,$ -/ $%#$++- / +*/ (' ( /$' &$% -+'( ='+$ *#$ O

Y = 4,7323 (0 )− 166,3 ;Y =− 166,3

$"- $"-- $"( $"(- $") $")-&")

&"*

&"+

$

$"&

$"$

$"'

$",

./01 2 3 $"%)0 5 )"-(R4 2 &

Linear /1

1000/T

Lo (KPa)

G%' -+' N*. 2 D$ *# %'+- / ,$ (' (-/$'(-,', ,$( )%*+$#* ,$ $&')*%'+- / ,$' '

4. C%$$ / ,-' %' ' ,$ $ )$%' %'# %$ -# %',' )%$#- / '"#*( '. A@',' #%' -+' (*# &'(*%$# )-+*# ,$ (*# $ *# +* )'%' ('# + %&'#. E/ +'#' ,$ $

$ -# '/ ,- $%$/+-'# +* * ('# $ )(-+'.

$/-$/,* $/ + $/ ' (*# &'(*%$# $ )$%- $/ '($#: -(- ' *# (*# &'(*%$# $ %-+*# ,$ ('#'"('# $% *,-/; -+'# ,$( ' ' $/ &')*% #*"%$+'($/ ',* $/ / -/ $%&'(* $

+ )(-$%' ('# +*/,-+-*/$# ,$ ('# )% $"'# $ )$%- $/ '($# '# +%$' *# ('# %; -+'# $/+*/ %' *# (' %$('+- / $ = "* $/ %$ (* %$# ( ',*# $ )$%- $/ '($# (*# &'(*%$#

$ %-+*#.

Te peraturaTeóri&a (!)

PresiónTeóri&a(!Pa)

' # "* 90:94

' " "* 94:3' + "* 97:78


6/10

' ' "* 101:33' * "* 108:78' "* 118:88' , "* 125:04'-" "* 133:9'-' "* 143:27'-* "* 153:18'- "* 163:82'-, "* 174:85'," "* 188:28',' "* 198:54',* "* 211:45', "* 225:04

'(-')%')-'*%'*-'+%'+-,%%%

-%

&%%

&-%

$%%

$-%

e0peri6enta7

teori8a

Temperatura (K)

Presion absoluta (Kpa)

G%' -+' N*. 3 $ )$%' %' P%$#- / '"#*( ' ,$ (' +* )'%'+- / ,$ &'(*%$#$ %-+*# +*/ %$# ( ',*# $ )$%- $/ '($#.

L' ,- $%$/+-' $ #$ *"#$%&' $# $ /' $# ; '# +*%%-,' $ (' * %': $# * #$,$"$ ' $ $( $ -)* $/ ,*/,$ #$ %$'(- $( $ )$%- $/ * /* #$ $/+*/ %'"' "-$/+'(-"%',*: )$%* &-$/,* "-$/ ('# %; -+'# #$ )'%$+$/ +=* #-$/,* )'%$+-,*# (*# %$# ( ',*# $ %-+*# +*/ (*# )%;+ -+*#

DATOS

P%$#- / '"#*( ' $ )$%' %'


7/10

P< )'>

94 369.595 369.896 370.298 370.699 371101 371.6102 371.9103 372.6105 372.7106 373.2108 373.6110 374.1111 374.5113 375115 375.5

117 376118 376.5120 376.9122 377.4125 378126 378.4128 378.9131 379.4133 380135 380.4138 381

139 381.4141 381.9144 382.4146 382.9149 383.4151 383.9153 384.3156 384.8158 385.3161 385.8164 386.3173 388176 388.5179 389182 389.6184 390187 390.5190 391193 391.5196 392199 392.5203 393.1206 393.5209 394212 394.5


8/10

222 395.9'"(' / 1 &'(*%$# %$ -# %',*# +',' 10 #$

232 397.4239 398.3246 399.3253 400.3261 401.2268 402.1276 403.1284 404.1292 405300 405.9309 406.9317 407.7326 408.7334 409.7343 410.6352 411.4361 412.4370 413.3380 414..4390 415.1400 416410 416.9420 417.9431 418.8

440 419.5451 420.4463 421.4473 422.2484 423.1

'"(' N*. 2 V'(*%$# %$ -# %',*# +',' 20 #$ /,*# ,$"-,* ' $ ('$ )$%' %' &'%-'"' )*+*.

MA!UINA APAGADA

530 424490 423480 422.9474 422.4469 421.9463 421.5458 421454 420.7450 420.3445 420441 419.6438 419.3434 419430 418.7


9/10

427 418.4423 418.1419 417.8416 417.5412 417.2

409 416.9406 416.6403 416.3400 416397 415.8394 415.5391 415.3388 415385 414.7382 414.5380 414.3377 414375 413.7372 413.5369 413.2367 413364 412.8362 412.6359 412.3357 412.1355 411.9352 411.7350 411.4

347 411.2345 411343 410.8341 410.5339 410.3336 410.1334 409.9332 409.8330 409.6

'"(' N*. 3 V'(*%$# %$ -# %',*# +',' 10 #$ /,*# ,$#) ?# ,$ ')' ',' ('' -/'

326 409.2322 408.8318 408.3314 407.9310 407.5306 407.2302 406.9298 406.6295 406.3

'"(' N*. 4 V'(*%$# %$ -# %',*# +',' 20 #$ /,* ,$#) ?# ,$ )' ',' ('' -/'


10/10

290 405.8285 405.3280 404.7275 404.1270 403.5

265 403'"(' N*. 5 V'(*%$# %$ -# %',*# +',' 30 #$ /,*# ,$#) ?# ,$ ')' ',' ('' -/'

256 401.9247 400.8239 399.8231 398.7

'"(' N*. 6 V'(*%$# %$ -# %',*# +',' -/ * ,$#) ?# ,$ ')' ',' (' ' -/'

216 396.6209 394.6191 392.6180 390.7169 388.8159 386.8151 386

&,$ '*-"$&'' '*,

Tab7a No" (: Va7ores re9istrados 8ada dos 6in tos desp ;s deapa9ada 7a 6a< ina

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na .or6a e0peri6enta7 @ < e se p eden 8o6parar 7os res 7tadoste ri8os 8on 7os pr>8ti8os debido a < e son 6 @ si6i7ares

$" La presi n in8re6enta en n re8ipiente 8errado a7 a 6entar ste6perat ra

lab evaporacion de agua

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