Dim Geotecnico - JUP

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Valores de K 

Argila   50

Areia   40

Silte   40

Pedregulho   30

ɸ (mm) As (cm²) Peso (Kg/m)

5.0 0.20 0.154

6.3 0.31 0.250

8.0 0.50 0.400

10.0 0.79 0.630

12.5 1.22 1.000

16.0 2.01 1.600

20.0 3.14 2.500

25.0 4.90 4.000

tanβ/β β º β rad

1.103 30 0.524

1.111 31 0.541

1.119 32 0.559

1.128   33   0.576

1.137   34   0.593

1.146   35   0.611

1.156   36   0.628

1.167   37   0.646

1.178   38   0.663

1.190   39   0.681

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1.785   63   1.100

1.836   64   1.117

1.890   65   1.134

1.950   66   1.152

2.015   67   1.169

2.085   68   1.187

2.163   69   1.204

2.249   70   1.222

2.344   71   1.239

2.449 72 1.257

2.567 73 1.274

2.700 74 1.292

2.851 75 1.309

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Elemento a (cm) b (cm) Fz (tf) Mx (tfm) My (tfm)

PD1 50 20 220 1.7 1.0

PD2 50 18 120 -0.2 5.0

PD3 50 20   220 -0.4 -0.2

PD4 40 20   130 1.4 -0.4

PD5 40 20   140 -0.4 -1.9

PD6 60 20   280 0.2 -1.0

PD7 60 25   395 1.9 10.0

PD8 60 20   260 4.2 -0.8

PD9 40 20   138 -0.3 0.0

PD10 50 18   133 0.1 10.0

PD11 50 18   139 0.1 -2.7

PD12 40 20   155 -0.4 0.6

PD13 70 22   324 0.5 20.0

PD14 70 22   323 -2.5 20.0

PD15 50 18 180 -0.3 1.3

PD16 50 18 183 -0.4 -0.1

PD17 50 20 224 1.0 0.4

PD18 50 20 210 -2.4 -0.4

PD19 75 18 195 25.0 -0.1

PD20 75 18 198 26.0 0.0

PD21 60 18 154 -0.2 -3.8

PD22 60 18 133 0.0 -1.3

PD23 50 22 285 -1.3 -1.0

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Pontifícia Universidade Católica de GoiásDisciplina: Fundações

Professor: Douglas Magalhães A. Bittencourt

Turma: B02Alunas: Carolinne Lopes

Juliana Piau

eit! "antos

Lorrana #li$eira

AUD!" D# "!$DAG#% & G'UP!

SP-01 Sapata Tubulão

Prof. (m) Solo Solo

1 x Areia x Argila arenosa x

2 10 Areia 20 Argila arenosa 3

3 12 Areia 15 Argila arenosa 3

4 15 Areia 10 Argila arenosa 2

5 18 Areia 11 Silte argiloso 16 22 Silte 12 Silte argiloso 10

7 25 Silte 15 Silte argiloso 15

8 35 Silte 18 Argila siltosa 3

9 40 Silte 26 Argila siltosa 4

10 45 Silte 30 Argila siltosa 8

11 50 Areia 32 Argila siltosa 12

12 50 Areia 20 Silte argiloso 2013 50 Areia 25 Silte argiloso 25

NSPT

NSPT

NSPT

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Estaca

Solo

Argila arenosa

Argila arenosa

Argila arenosa

Argila arenosa

Silte argilosoSilte argiloso

Silte argiloso

Argila siltosa

Argila siltosa

Argila siltosa

Argila siltosa

Silte argilosoSilte argiloso

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Pontifícia Universidade Católica de Goiás

Alunas:

Carolinne Lopes A!"#

Disciplina: Fundações Juliana Piau Prof$nd%dade (m)   3

Professor: Douglas Magalhães A. Bittencourt eit! "antos &s't   12 Ar

Turma: B02 Grupo: Lorrana #li$eira   300

"APATA" & D*%#$"*!$A%#$T! G#!T+C$*C!

#lemento a (cm) b (cm) P (,$) %- (,$m) %. (,$m) (cm) / (cm) 0 mín (1Pa)

PD% &0 20 2200 %' %0 '.(( 2)*.2 2+0 2&2.+ 2*0 2++.&   !  2

PD2 &0 %) %200 ,2 &0 -.00 2%*.* 220 %)%.) %+0 (2(.*   "#$#" 2

PD( &0 20 2200 ,- ,2 '.(( 2)*.2 2+0 2&2.+ 2*0 2+0.%   !  2

PD- -0 20 %(00 %- ,- -.(( 2%).- 220 %+'.0 200 (0%.-   "#$#" 2

PD& -0 20 %-00 ,- ,%+ -.*' 22*.( 2(0 202.+ 2%0 2'*.&   !  2

PD* *0 20 2)00 2 ,%0 +.(( (2*.2 ((0 2)2.) 2+0 2+0.)   !  (

PD' *0 2& (+&0 %+ %00 %(.%' ()0.) (+0 (('.* (-0 (%(.-   "#$#" -PD) *0 20 2*00 -2 ,) ).*' (%&.% (20 2'0.) 2)0 2+'.%   !  (

PD+ -0 20 %()0 ,( 0 -.*0 22-.' 2(0 200.0 200 2+).(   !  2

PD%0 &0 %) %((0 % %00 -.-( 22'.2 2(0 %+2.) 200 (&-.+   "#$#" 2

PD%% &0 %) %(+0 % ,2' -.*( 2(%.) 2-0 %+(.% 200 2'(.2   !  2

PD%2 -0 20 %*&0 ,- * &.&0 2--.' 2&0 220.0 220 (0%.2   "#$#" 2

PD%( '0 22 (2-0 & 200 %0.)0 (&(.& (*0 (00.0 (00 (('.)   "#$#" (

PD%- '0 22 (2(0 ,2& 200 %0.'' (&(.0 (*0 2++.% (00 ((2.(   "#$#" (

PD%& &0 %) %)00 ,( %( *.00 2*%.& 2'0 222.2 2(0 2+-.2   !  2

PD%* &0 %) %)(0 ,- ,% *.%0 2*(.& 2'0 22&.+ 2(0 2+2.)   !  2PD%' &0 20 22-0 %0 - '.-' 2)).' 2+0 2&'.& 2*0 (0%.%   "#$#" (

PD%) &0 20 2%00 ,2- ,- '.00 2)0.0 2)0 2&0.0 2&0 2+%.(   !  2

PD%+ '& %) %+&0 2&0 ,% *.&0 2)&.0 2+0 22-.% 2(0 (*+.&   "#$#" (

PD20 '& %) %+)0 2*0 0 *.*0 2)'.0 2+0 22'.* 2(0 (''.&   "#$#" (

PD2% *0 %) %&-0 ,2 ,() &.%( 2-).& 2&0 20&.( 2%0 2'%.'   !  2

PD22 *0 %) %((0 0 ,%( -.-( 2(2.* 2-0 %)-.' %+0 2)2.'   !  2

PD2( &0 22 2)&0 ,%( ,%0 +.&0 (22.& ((0 2)'.+ 2+0 2+(.2   !  (

PD2- *0 20 2(+0 ,( %0 '.+' (0(.0 (%0 2&'.0 2*0 2+).'   !  (

adm (KPa)

Amín (m2) arred3 (cm) /arred3 (m)este%n%c%al

a(

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PD2& *0 20 2220 ,( ,2) '.-0 2+2.) (00 2-*.' 2&0 2)*.2   ! 

PD2* &0 22 2**0 % ,%( ).)' (%2.% (20 2''.% 2)0 2+-.0   ! 

PD2' &0 20 %)&0 & - *.%' 2*(.) 2'0 22).- 2(0 (0%.-   "#$#"

PD2) &0 20 %)'0 ,%* ,2 *.2( 2*&.% 2'0 2(0.+ 2-0 2)2.(   ! 

PD2+ '& %) %+(0 2)0 ,2 *.-( 2)(.' 2+0 22%.) 2(0 ('&.-   "#$#"

PD(0 '& %) %+*0 2'0 % *.&( 2)&.' 2+0 22&.( 2(0 (').0   "#$#"PD(% *0 %) %(*0 % ,+ -.&( 2(-.+ 2-0 %)).+ %+0 2+2.*   ! 

PD(2 *0 %) %220 % ,) -.0' 22(.) 2(0 %'*.) %)0 2)).+   ! 

PD(( &0 22 2*&0 ,& ,% ).)( (%%.& (20 2'*.0 2)0 2+-.&   ! 

PD(- &0 20 2000 ,* % *.*' 2'(.* 2)0 2().% 2-0 2+*.%   ! 

PD(& &0 20 2000 ,* ,( *.*' 2'(.* 2)0 2().% 2-0 2+-.*   ! 

PD(* &0 22 (-'0 % ,) %%.&' (&-.- (*0 (2%.( ((0 2+%.0   ! 

PD(' &0 %) %(00 0 ,%2 -.(( 22-.) 2(0 %)).- %+0 2)).)   ! 

PD() '& %) %-%0 ,' ,2 -.'0 2-'.2 2&0 %)).0 %+0 2+2.0   ! 

PD(+ *0 %) %&20 ,%% 0 &.0' 2-'.% 2&0 202.' 2%0 2)-.&   ! PD-0 '& %) %'-0 ,( ,) &.)0 2'%.0 2)0 20'.% 2%0 2+0.+   ! 

PD-% &0 %) %*)0 ,%* ,% &.*0 2&(.2 2*0 2%&.- 220 2)*.)   ! 

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1 %Pa & 1000   !Pa

1 ' & 0.01 ('

1 t) & 10 *+

1 ', & 10000 (',

( 4 ) - cm

2*0 0 2++.&   ! 

200 % 2+2.(   ! 

2*0 0 2+0.%   ! 

2%0 % 2'-.(   ! 

2%0 0 2'*.&   ! 

2+0 0 2+0.)   ! 

(&0 % 2+*.-   ! 

2)0 0 2+'.%   ! 

200 0 2+).(   ! 

220 2 2+%.)   ! 

200 0 2'(.2   ! 

2(0 % 2''.0   ! 

(20 2 2+'.+   ! 

(20 2 2+(.2   ! 

2(0 0 2+-.2   ! 

2(0 0 2+2.)   ! 

2'0 % 2)0.%   ! 

2&0 0 2+%.(   ! 

2*0 ( 2+0.-   ! 

2*0 ( 2+*.*   ! 

2%0 0 2'%.'   ! 

%+0 0 2)2.'   ! 

2+0 0 2+(.2   ! 

2*0 0 2+).'   ! 

/arred3 (m)0 ma-(1Pa)

este*nal

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2&0 0 2)*.2   ! 

2)0 0 2+-.0   ! 

2-0 % 2').-   ! 

2-0 0 2)2.(   ! 

2*0 ( 2+-.&   ! 

2*0 ( 2+*.'   ! %+0 0 2+2.*   ! 

%)0 0 2)).+   ! 

2)0 0 2+-.&   ! 

2-0 0 2+*.%   ! 

2-0 0 2+-.*   ! 

((0 0 2+%.0   ! 

%+0 0 2)).)   ! 

%+0 0 2+2.0   ! 

2%0 0 2)-.&   ! 2%0 0 2+0.+   ! 

220 0 2)*.)   ! 

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Pontifícia Universidade Católica de Goiás

Alunas:

Carolinne Lopes A!"#

Disciplina: Fundações Juliana Piau Prof+ (m)   3

Professor: Douglas Magalhães A. Bittencourt eit! "antos &s't   12

Turma: B02 Grupo: Lorrana #li$eira   300

"APATA" & D*%#$"*!$A%#$T! G#!%+T'*C!

#lemento a (m) b (m) P (,$) %- (,$m) %. (,$m) A (m) / (m) dmín (m) dmín5 (m) dmín6 (m) d (m) 7 (cm) T

PD% 0.&0 0.20 2200 %' %0 2.+0 2.*0 0.)0 0.)0 0.*& 0.)0 0.)&

PD2 0.&0 0.%) %200 ,2 &0 2.(0 2.00 0.*0 0.*% 0.-) 0.*& 0.'0

PD( 0.&0 0.20 2200 ,- ,2 2.+0 2.*0 0.)0 0.)0 0.*& 0.)0 0.)&

PD- 0.-0 0.20 %(00 %- ,- 2.(0 2.%0 0.*( 0.*( 0.&0 0.*& 0.'0

PD& 0.-0 0.20 %-00 ,- ,%+ 2.(0 2.%0 0.*( 0.*( 0.&2 0.*& 0.'0

PD* 0.*0 0.20 2)00 2 ,%0 (.(0 2.+0 0.+0 0.+0 0.'( 0.+0 0.+&

PD' 0.*0 0.2& (+&0 %+ %00 -.00 (.&0 %.%( %.0) 0.)' %.%& %.20

PD) 0.*0 0.20 2*00 -2 ,) (.20 2.)0 0.)' 0.)' 0.'% 0.+0 0.+&

PD+ 0.-0 0.20 %()0 ,( 0 2.(0 2.00 0.*( 0.*0 0.&% 0.*& 0.'0

PD%0 0.&0 0.%) %((0 % %00 2.&0 2.20 0.*' 0.*' 0.&0 0.'0 0.'&

PD%% 0.&0 0.%) %(+0 % ,2' 2.-0 2.00 0.*( 0.*% 0.&2 0.*& 0.'0

PD%2 0.-0 0.20 %*&0 ,- * 2.*0 2.(0 0.'( 0.'0 0.&* 0.'& 0.)0

PD%( 0.'0 0.22 (2-0 & 200 (.)0 (.20 %.0( 0.++ 0.'+ %.0& %.%0

PD%- 0.'0 0.22 (2(0 ,2& 200 (.)0 (.20 %.0( 0.++ 0.'+ %.0& %.%0

PD%& 0.&0 0.%) %)00 ,( %( 2.'0 2.(0 0.'( 0.'% 0.&+ 0.'& 0.)0PD%* 0.&0 0.%) %)(0 ,- ,% 2.'0 2.(0 0.'( 0.'% 0.&+ 0.'& 0.)0

PD%' 0.&0 0.20 22-0 %0 - (.00 2.'0 0.)( 0.)( 0.*& 0.)& 0.+0

PD%) 0.&0 0.20 2%00 ,2- ,- 2.)0 2.&0 0.'' 0.'' 0.*( 0.)0 0.)&

PD%+ 0.'& 0.%) %+&0 2&0 ,% (.20 2.*0 0.)2 0.)% 0.*% 0.)& 0.+0

PD20 0.'& 0.%) %+)0 2*0 0 (.20 2.*0 0.)2 0.)% 0.*2 0.)& 0.+0

PD2% 0.*0 0.%) %&-0 ,2 ,() 2.&0 2.%0 0.*( 0.*- 0.&- 0.*& 0.'0

PD22 0.*0 0.%) %((0 0 ,%( 2.-0 %.+0 0.*0 0.&' 0.&0 0.*0 0.*&

PD2( 0.&0 0.22 2)&0 ,%( ,%0 (.(0 2.+0 0.+( 0.)+ 0.'- 0.+& %.00

PD2- 0.*0 0.20 2(+0 ,( %0 (.%0 2.*0 0.)( 0.)0 0.*) 0.)& 0.+0

adm (KPa)

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PD2& 0.*0 0.20 2220 ,( ,2) (.00 2.&0 0.)0 0.'' 0.*& 0.)0 0.)&

PD2* 0.&0 0.22 2**0 % ,%( (.20 2.)0 0.+0 0.)* 0.'% 0.+0 0.+&

PD2' 0.&0 0.20 %)&0 & - 2.)0 2.-0 0.'' 0.'( 0.&+ 0.)0 0.)&

PD2) 0.&0 0.20 %)'0 ,%* ,2 2.'0 2.-0 0.'( 0.'( 0.*0 0.'& 0.)0

PD2+ 0.'& 0.%) %+(0 2)0 ,2 (.20 2.*0 0.)2 0.)% 0.*% 0.)& 0.+0

PD(0 0.'& 0.%) %+*0 2'0 % (.20 2.*0 0.)2 0.)% 0.*% 0.)& 0.+0

PD(% 0.*0 0.%) %(*0 % ,+ 2.-0 %.+0 0.*0 0.&' 0.&% 0.*0 0.*&

PD(2 0.*0 0.%) %220 % ,) 2.(0 %.)0 0.&' 0.&- 0.-) 0.*0 0.*&

PD(( 0.&0 0.22 2*&0 ,& ,% (.20 2.)0 0.+0 0.)* 0.'% 0.+0 0.+&

PD(- 0.&0 0.20 2000 ,* % 2.)0 2.-0 0.'' 0.'( 0.*2 0.)0 0.)&

PD(& 0.&0 0.20 2000 ,* ,( 2.)0 2.-0 0.'' 0.'( 0.*2 0.)0 0.)&

PD(* 0.&0 0.22 (-'0 % ,) (.*0 (.(0 %.0( %.0( 0.)% %.0& %.%0

PD(' 0.&0 0.%) %(00 0 ,%2 2.(0 %.+0 0.*0 0.&' 0.&0 0.*0 0.*&

PD() 0.'& 0.%) %-%0 ,' ,2 2.&0 %.+0 0.&) 0.&' 0.&2 0.*0 0.*&PD(+ 0.*0 0.%) %&20 ,%% 0 2.&0 2.%0 0.*( 0.*- 0.&- 0.*& 0.'0

PD-0 0.'& 0.%) %'-0 ,( ,) 2.)0 2.%0 0.*) 0.*- 0.&) 0.'0 0.'&

PD-% 0.&0 0.%) %*)0 ,%* ,% 2.*0 2.20 0.'0 0.*' 0.&' 0.'0 0.'&

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)(* &   25   %Pa d, - 0.05   ' h0 'n&   0.25

fcd - .0+1 2gf/cm² ct -   0.72 %Pa Pe(on( &   2.5

)* & 50   *+/(', tanβ/β 3   1.418

fyd - 45+40 2&/cm² β -   52

%re67o 8 %re67o 9  

T. (,$) As- (cm2) As. (cm2) (mm)ɸ $8 barras Armadura (mm)ɸ $8 barras Armadura

)-*.2& 2*.+' 2'.2& %2.& 22 .5 22 %2& // c %( c/ %2.& 22 .: 22 %2& // c %2 c/

-%2.(% %*.00 %(.2) %0.0 20 .: 20 %0 // c %2 c/ %0.0 %' .: %' %0 // c %2 c/

)20.00 2*.-) 2*.-0 %2.& 22 .5 22 %2.& // c %( c/ %2.& 22 .: 22 %2.& // c %2 c/

-+*.&- %&.%0 %&.++ %0.0 %+ .: %+ %0 // c %2 c/ %0.0 20 .. 20 %0 // c %% c/

&0&.() %&.&( %*.2' %0.0 20 .: 20 %0 // c %2 c/ %0.0 2% .; 2% %0 // c %0 c/

%0&2.22 ((.-& ((.)) %2.& 2' .: 2' %2.& // c %2 c/ %2.& 2) .; 2) %2.& // c %0 c/%-'*.(0 -'.'( -'.&- %2.& (+ .; (+ %2.& // c %0 c/ %*.0 2- .1 2- %* // c %& c/

+)&.&* 2+.+& (%.'( %2.& 2& .5 2& %2.& // c %( c/ %2.& 2* .. 2* %2.& // c %% c/

-++.*2 %&.() %*.0+ %0.0 %+ .: %+ %0 // c %2 c/ %0.0 20 .; 20 %0 // c %0 c/

-'*.-( 20.0& %&.(- %0.0 2& .; 2& %0 // c %0 c/ %0.0 %+ .: %+ %0 // c %2 c/

&0+.-2 %-.(( %*.-0 %0.0 %) .4 %) %0 // c %- c/ %0.0 2% .; 2% %0 // c %0 c/

&++.*' %).)& %+.(% %0.0 2- .. 2- %0 // c %% c/ %0.0 2- .; 2- %0 // c %0 c/

%200.-) -(.%- ().** %2.& (& .. (& %2.& // c %% c/ %2.& (2 .; (2 %2.& // c %0 c/

%%*).2% -(.0( ('.*2 %2.& (& .. (& %2.& // c %% c/ %2.& (% .; (% %2.& // c %0 c/

*&*.00 2%.0- 2%.%2 %0.0 2' .; 2' %0 // c %0 c/ %2.& %' .4 %' %2.& // c %- c/

**&.*' 20.') 2%.-( %0.0 2* .; 2* %0 // c %0 c/ %2.& %) .5 %) %2.& // c %( c/

)(&.2+ 2*.*' 2*.+0 %2.& 22 .4 22 %2.& // c %- c/ %2.& 22 .: 22 %2.& // c %2 c/

'2-.*+ 2-.%- 2(.(( %2.& 20 .4 20 %2.& // c %- c/ %2.& %+ .5 %+ %2.& // c %( c/

++*.*+ 22.(% (2.0+ %0.0 2) .. 2) %0 // c %% c/ %2.& 2* .; 2* %2.& // c %0 c/

%0%+.2* 22.*+ (2.)2 %0.0 2+ .. 2+ %0 // c %% c/ %2.& 2' .; 2' %2.& // c %0 c/

&&+.*2 %*.-( %).02 %0.0 2% .: 2% %0 // c %2 c/ %2.& %& .4 %& %2.& // c %- c/

-+).'& %-.*& %*.0* %0.0 %+ .5 %+ %0 // c %( c/ %2.& %( .1 %( %2.& // c %& c/

%0(*.(2 (2.02 ((.(' %2.& 2* .5 2* %2.& // c %( c/ %2.& 2' .. 2' %2.& // c %% c/)'& %& 2' &- 2) %) %2 & 2( .4 2( %2 & // c %- c/ %2 & 2( .. 2( %2 & // c %% c/

#spa93(cm)

#spa93(cm)

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)2).'& 2-.&* 2*.*+ %0.0 (% .; (% %0 // c %0 c/ %2.& 22 .. 22 %2.& // c %% c/

++).*% (0.2( (2.%* %2.& 2& .5 2& %2.& // c %( c/ %2.& 2* .. 2* %2.& // c %% c/

*'%.0+ 20.*- 2%.*% %0.0 2* .. 2* %0 // c %% c/ %2.& %) .4 %) %2.& // c %- c/

**-.(( 2%.++ 2%.(+ %0.0 2) .; 2) %0 // c %0 c/ %2.& %) .4 %) %2.& // c %- c/

%02-.') 22.0- ((.00 %0.0 2) .. 2) %0 // c %% c/ %2.& 2' .; 2' %2.& // c %0 c/

%02(.)2 22.&0 (2.+' %0.0 2) .. 2) %0 // c %% c/ %2.& 2' .; 2' %2.& // c %0 c/

&%%.*' %&.2% %*.-) %0.0 %+ .5 %+ %0 // c %( c/ %2.& %- .4 %- %2.& // c %- c/

-((.'& %2.)( %(.+' %0.0 %* .1 %* %0 // c %& c/ %0.0 %) .; %) %0 // c %0 c/

+)).%+ (0.&- (%.)2 %2.& 2& .5 2& %2.& // c %( c/ %2.& 2* .. 2* %2.& // c %% c/

'%%.2& 22.%) 22.+0 %0.0 2) .; 2) %0 // c %0 c/ %2.& %+ .5 %+ %2.& // c %( c/

'%%.2& 22.02 22.+0 %0.0 2) .; 2) %0 // c %0 c/ %2.& %+ .5 %+ %2.& // c %( c/

%2)%.&& -0.'2 -%.2' %2.& (( .. (( %2.& // c %% c/ %2.& (- .; (- %2.& // c %0 c/

-)'.&0 %-.(* %&.'0 %0.0 %) .5 %) %0 // c %( c/ %2.& %( .1 %( %2.& // c %& c/

&02.-0 %*.%* %*.%) %0.0 20 .5 20 %0 // c %( c/ %2.& %( .1 %( %2.& // c %& c/&().-* %).0' %'.(- %0.0 2( .. 2( %0 // c %% c/ %0.0 22 .; 22 %0 // c %0 c/

*(2.*) %).)- 20.(' %0.0 2- .: 2- %0 // c %2 c/ %2.& %' .5 %' %2.& // c %( c/

*0'.%- %+.-' %+.&& %0.0 2& .; 2& %0 // c %0 c/ %2.& %* .4 %* %2.& // c %- c/

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'

t)/ '

olume (m;)

3.59 8.97

1.95 4.88

3.59 8.97

2.04 5.09

2.04 5.09

4.90 12.26

8.44 21.10

4.60 11.501.94 4.86

2.42 6.06

2.03 5.08

2.73 6.83

6.92 17.29

6.92 17.29

2.84 7.11

2.84 7.11

4.00 9.99

3.34 8.344.14 10.35

4.14 10.35

2.23 5.57

1.86 4.64

5.07 12.67

4.00 10.00

Pesopróprio (tf)

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3.59 8.97

4.59 11.47

3.21 8.02

2.97 7.43

4.14 10.35

4.14 10.35

1.86 4.641.69 4.23

4.59 11.47

3.21 8.02

3.21 8.02

6.69 16.73

1.77 4.43

1.95 4.86

2.23 5.57

2.62 6.55

2.52 6.29