LAMPIRAN CPROGRAM KOMPUTER

Jenis Sampel =MaltosaMr Maltosa 360.31ρ Maltosa 1.52

C.1 Maltosa (0,15 g)I. Penentuan Kelarutan Maltosa

Berat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL) Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)0.15 5 =A11/B6 =B11+C11 =$A$11+B11 =$A$11/E11*100 =A11/B5 =G11/(D11/1000)

II. Penentuan Temperatur Regresia(Jernih) = =((3*F18)-(D18*B18))/((3*E18)-(D18^2)) a(keruh) = =((3*G18)-(D18*C718))/((3*E18)-(D18^2))b(jernih) = =((B18*E18)-(D18*F18))/((3*E18)-(D18^2)) b(keruh) = =((C18*E18)-(D18*G718))/((3*E18)-(D718^2))

Volume pelarut (mL) % m m. T jernih m. T keruh T Regresi Jernih

5 78 30 =F11 =D18^2 =D18*B18 =D18*C18 =($B$15*D18)+$B$16

C.2 Maltosa (0,30 g)I. Penentuan Kelarutan Maltosa

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL) Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)0.30 5 =A23/B6 =B23+C23 =$A$23+B23 =$A$23/E23*100 =A23/B5 =G23/(D23/1000)

II. Penentuan Temperatur Regresia(Jernih) = =((3*F29)-(D29*B29))/((3*E29)-(D29^2)) a(keruh) = =((3*G29)-(D29*C29))/((3*E29)-(D29^2))b(jernih) = =((B29*E29)-(D29*F29)2.00 b(keruh) = =((C29*E29)-(D29*G29))/((3*E29)-(D29^2))

Volume pelarut (mL) % m m. T jernih m. T keruh T Regresi Jernih5 80 30 =F23 =D29^2 =D29*B29 =D29*C29 =($B$26*D29)+$B$27

C.3 Maltosa ( 0,45 g)I. Penentuan Kelarutan Maltosa

Berat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL) Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)0.45 5 =A34/B6 =B34+C34 =$A34+B34 =$A$34/E34*100 =$A$34/$B5 =G34/(D34/1000)

II. Penentuan Temperatur Regresia(Jernih) = =((3*F40)-(D40*B40))/((3*E40)-(D40^2)) a(keruh) = =((3*G40)-(D40*C40))/((3*E40)-(D40^2))

T jernih (o C) T keruh (o C) ( % m)2

T jernih (o C) T keruh (o C) ( % m)2

A B C D E F G H

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

b(jernih) = =((B40*E40)-(D40*F40))/((3*E40)-(D40^2)) b(keruh) = =((C40*E40)-(D40*G40))/((3*E40)-(D40^2))

Volume pelarut (mL) % m m. T jernih m. T keruh T Regresi Jernih5 82 30 =F34 =D40^2 =D40*B40 =D40*C40 =($B$37*D40)+$B$38

C.4 Maltosa (0,30 g) dalam pelarut Super O2I. Penentuan Kelarutan Maltosa

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL) Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)0.30 5 =A45/B6 =B45+C45 =$A$45+B45 =$A$45/E45*100 =A45/B5 =G45/(D45/1000)

II. Penentuan Temperatur Regresia(Jernih) = =((3*F51)-(D51*B51))/((3*E51)-(D51^2)) a(keruh) = =((3*G51)-(D51*C51))/((3*E51)-(D51^2))b(jernih) = =((B51*E51)-(D51*F51))/((3*E51)-(D51^2)) b(keruh) = =((C51*E51)-(D51*G51))/((3*E51)-(D51^2))

Volume pelarut (mL) % m m. T jernih m. T keruh T Regresi Jernih5 71 30 =F45 =D51^2 =D51*B51 =D51*C51 =($B$48*D51)+$B$49

T jernih (o C) T keruh (o C) ( % m)2

T jernih (o C) T keruh (o C) ( % m)2

A B C D E F G H

38

39

40

41

42

43

44

45

46

47

48

49

50

51

T Regresi Keruh

=($F$15*D18)+$F$16

T Regresi Keruh

=($F$26*D29)+$F$27

I

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

T Regresi Keruh =($F$37*D40)+$F$38

T Regresi Keruh

=($F$48*D51)+$F$49

I

38

39

40

41

42

43

44

45

46

47

48

49

50

51

0.130.12

H

65

66

PROGRAM HASIL KOMPUTER

Jenis Sampel =MaltosaMr Maltosa 360.31ρ Maltosa 1.52

D.1 Maltosa (0,15 g)I. Penentuan Kelarutan Maltosa

Berat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL)0.15 5 0.10 5.10

II. Penentuan Temperatur Regresia(Jernih) = 26.78b(jernih) = 0.00

Volume pelarut (mL) % m

5 78 30 2.91

D.2 Maltosa (0,30 g)I. Penentuan Kelarutan Maltosa

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL)0.30 5 0.20 5.20

II. Penentuan Temperatur Regresia(Jernih) = 14.13b(jernih) = 0.00 2.00

Volume pelarut (mL) % m5 80 30 5.66

D.3 Maltosa ( 0,45 g)I. Penentuan Kelarutan Maltosa

Berat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL)0.45 5 0.30 5.30

II. Penentuan Temperatur Regresia(Jernih) = 9.93b(jernih) = 0.00

Volume pelarut (mL) % m5 82 30 8.26

D.4 Maltosa (0,30 g) dalam pelarut Super O2I. Penentuan Kelarutan Asam Benzoat

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL)

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

0.30 5 0.20 5.20

II. Penentuan Temperatur Regresia(Jernih) = 12.54b(jernih) = 0.00

Volume pelarut (mL) % m5 71 30 5.66

Jenis Sampel =LaktosaMr Laktosa 360.31ρ Laktosa 1.52

D.5 Laktosa (0,15 g)I. Penentuan Kelarutan Laktosa

Berat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL)0.15 5 0.10 5.10

II. Penentuan Temperatur Regresia(Jernih) = 27.12b(jernih) = 0.00

Volume pelarut (mL) % m

5 79 30 2.91

D.6 Laktosa (0,30 g)I. Penentuan Kelarutan Laktosa

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL)0.30 5 0.20 5.20

II. Penentuan Temperatur Regresia(Jernih) = 14.13b(jernih) = 0.00 2.00

Volume pelarut (mL) % m5 80 30 5.66

D.7 Laktosa ( 0,45 g)I. Penentuan Kelarutan Laktosa

Berat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL)0.45 5 0.30 5.30

II. Penentuan Temperatur Regresia(Jernih) = 9.81b(jernih) = 0.00

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

Volume pelarut (mL) % m5 81 30 8.26

D.8 Laktosa (0,30 g) dalam pelarut Super O2I. Penentuan Kelarutan Laktosa

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL)0.30 5 0.20 5.20

II. Penentuan Temperatur Regresia(Jernih) = 12.37b(jernih) = 0.00

Volume pelarut (mL) % m5 70 30 5.66

Jenis Sampel =SukrosaMr Sukrosa 360.31ρ Sukrosa 1.52

D.9 Sukrosa (0,15 g)I. Penentuan Kelarutan Sukrosa

Berat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL)0.15 5 0.10 5.10

II. Penentuan Temperatur Regresia(Jernih) = 27.12b(jernih) = 0.00

Volume pelarut (mL) % m

5 74 30 2.91

D.10 Sukrosa (0,30 g)I. Penentuan Kelarutan Sukrosa

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL)0.30 5 0.20 5.20

II. Penentuan Temperatur Regresia(Jernih) = 14.13b(jernih) = 0.00 2.00

Volume pelarut (mL) % m5 75 30 5.66

D.11 Sukrosa ( 0,45 g)

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

I. Penentuan Kelarutan SukrosaBerat sampel (gr) Volume pelarut (mL) Volume Sampel (mL) Volume larutan (mL)

0.45 5 0.30 5.30

II. Penentuan Temperatur Regresia(Jernih) = 9.20b(jernih) = 0.00

Volume pelarut (mL) % m5 76 30 8.26

D.12 Sukrosa (0,30 g) dalam pelarut Super O2I. Penentuan Kelarutan Sukrosa

Berat sampel (gr) Volume pelarut (mL) Volume sampel (mL) Volume larutan (mL)0.30 5 0.20 5.20

II. Penentuan Temperatur Regresia(Jernih) = 13.25b(jernih) = 0.00

Volume pelarut (mL) % m5 75 30 5.66

T jernih (o C) T keruh (o C)

T jernih (o C) T keruh (o C)

LAMPIRAN DPROGRAM HASIL KOMPUTER

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.15 2.91 0.000 0.08

a(keruh) = 15.45b(keruh) = 10.00

m. T jernih m. T keruh T Regresi Jernih

8.48 227.18 87.38 78.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.30 5.66 0.00 0.16

a(keruh) = 5.30b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih32.04 452.83 169.81 80.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.45 8.26 0.00 0.24

a(keruh) = 3.63b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih68.18 677.06 247.71 82.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)

( % m)2

( % m)2

( % m)2

5.30 5.66 0.00 0.16

a(keruh) = 5.30b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih32.04 401.89 169.81 71.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.15 2.91 0.000 0.08

a(keruh) = 15.45b(keruh) = 10.00

m. T jernih m. T keruh T Regresi Jernih

8.48 230.10 87.38 79.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.30 5.66 0.00 0.16

a(keruh) = 5.30b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih32.04 452.83 169.81 80.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.45 8.26 0.00 0.24

a(keruh) = 3.63b(keruh) = 0.00

( % m)2

( % m)2

( % m)2

m. T jernih m. T keruh T Regresi Jernih68.18 668.81 247.71 81.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.30 5.66 0.00 0.16

a(keruh) = 5.30b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih32.04 396.23 169.81 70.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.15 2.91 0.000 0.08

a(keruh) = 15.45b(keruh) = 10.00

m. T jernih m. T keruh T Regresi Jernih

8.48 215.53 87.38 79.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.30 5.66 0.00 0.16

a(keruh) = 5.30b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih32.04 424.53 169.81 80.00

( % m)2

( % m)2

( % m)2

( % m)2

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.45 8.26 0.00 0.24

a(keruh) = 3.63b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih68.18 627.52 247.71 76.00

Massa larutan (gr) % Massa sampel mol sampel kelarutan (mol/L)5.30 5.66 0.00 0.16

a(keruh) = 5.30b(keruh) = 0.00

m. T jernih m. T keruh T Regresi Jernih32.04 424.53 169.81 75.00

( % m)2

( % m)2

T Regresi Keruh

55.00

T Regresi Keruh

30.00

T Regresi Keruh 30.00

T Regresi Keruh

30.00

T Regresi Keruh

55.00

T Regresi Keruh

30.00

T Regresi Keruh 30.00

T Regresi Keruh

30.00

T Regresi Keruh

55.00

T Regresi Keruh

30.00

T Regresi Keruh 30.00

T Regresi Keruh

30.00