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(Luận văn thạc sĩ) Nghiên cứu khả năng sinh trưởng, phát triển của một số giống đậu tương trong vụ hè và vụ đông năm 2017 tại tỉnh Phú Thọ

--I
+
I-----------MEDIAN= -0.4522E-01 ANDERSON-DARLING STATISTIC=

2.844
NO.>UPLT
*
0

0.316

BALANCED ANOVA FOR VARIATE
VCKHR FILE VCK
13/ 9/18 20:10
------------------------------------------------------------------ :PAGE
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2

VARIATE V004 VCKHR
LN


SOURCE OF VARIATION

DF

SUMS OF
MEAN
F RATIO PROB ER
SQUARES
SQUARES
LN
=============================================================================
1 CT
9 22.9999
2.55554
91.65 0.000 3
2 NL
2 .283401E-01 .141700E-01
0.51 0.615 3
* RESIDUAL
18 .501927
.278848E-01
----------------------------------------------------------------------------* TOTAL (CORRECTED)
29 23.5302
.811384
----------------------------------------------------------------------------TUKEY'S TEST FOR TRANSFORMABLE NON-ADDITIVITY
SS= 0.731995E-03, F(1, 17)=
0.02, P= 0.871
REGRESSION SLOPE= 0.91774E-01 SUGGESTED POWER TRANSFORMATION=-0.63817
MEAN ORTHOGONAL RESIDUAL = -0.4527E-01, P-VALUE= 0.265
PLOT OF LS RESIDUALS AGAINST FITTED VALUES
BOX PLOT OF STUDENTIZED RESIDUALS FROM LPLT= -1.716
TO ULPT= 2.389
NO.NO.>UPLT
0 --------------I
+
I------------------------0
MEDIAN= -0.2435E+00 ANDERSON-DARLING STATISTIC=

0.523


TABLE OF MEANS FOR FACTORIAL EFFECTS FILE VCK
13/ 9/18 20:10
------------------------------------------------------------------ :PAGE
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3

MEANS FOR EFFECT CT
------------------------------------------------------------------------------CT
1
2
3
4
5
6
7
8
9
10

NOS
3
3
3
3
3
3
3
3
3
3

VCKCX
15.8633
16.8733
17.8133
16.0500
17.4100
15.7033
16.1333
16.8367
15.8667
15.9400

VCKHR
8.04667
9.87667
10.1067
9.68000
9.26667
9.89333
8.46000
8.09333
7.83000
7.99667

SE(N=
3)
0.186801
0.964103E-01
5%LSD 18DF
0.555013
0.286449
------------------------------------------------------------------------------MEANS FOR EFFECT NL
------------------------------------------------------------------------------NL
1
2
3

NOS
10
10
10

VCKCX
16.6430
16.4130
16.2910

VCKHR
8.96600
8.89200
8.91700

SE(N= 10)
0.102315
0.528061E-01
5%LSD 18DF
0.303993
0.156895
------------------------------------------------------------------------------ANALYSIS OF VARIANCE SUMMARY TABLE FILE VCK
13/ 9/18 20:10
------------------------------------------------------------------ :PAGE
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4

F-PROBABLIITY VALUES FOR EACH EFFECT IN THE MODEL. SECTION - 1
VARIATE

VCKCX
VCKHR

GRAND MEAN
(N=
30)
NO.
OBS.
30 16.449
30 8.9250

STANDARD
DEVIATION C OF V |CT
-------------------- SD/MEAN |
BASED ON
BASED ON
%
|
TOTAL SS
RESID SS
|
0.76873
0.32355
2.0 0.0000
0.90077
0.16699
1.9 0.0000

|NL
|
|
|
0.0710
0.6149

|
|
|
|

NĂNG SUẤT VÀ YẾU TỐ CẤU THÀNH NĂNG SUẤT
BALANCED ANOVA FOR VARIATE
QCTC FILE NSYTCT
14/ 9/18 9:29
------------------------------------------------------------------ :PAGE
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1

VARIATE V003 QCTC
LN

SOURCE OF VARIATION

DF

SUMS OF
MEAN
F RATIO PROB ER
SQUARES
SQUARES
LN
=============================================================================
1 CT
9 106.043
11.7826
6.36 0.000 3
2 NL
2 11.4660
5.73300
3.09 0.069 3
* RESIDUAL
18 33.3540
1.85300
----------------------------------------------------------------------------* TOTAL (CORRECTED)
29 150.863
5.20217
-----------------------------------------------------------------------------


TUKEY'S TEST FOR TRANSFORMABLE NON-ADDITIVITY
SS= 0.366282E-02, F(1, 17)=
0.00, P= 0.965
REGRESSION SLOPE= 0.47533E-02 SUGGESTED POWER TRANSFORMATION= 0.66851
MEAN ORTHOGONAL RESIDUAL =

0.1784

, P-VALUE= 0.591

PLOT OF LS RESIDUALS AGAINST FITTED VALUES
THE FOLLOWING RECORDS HAVE LARGE RESIDUALS, (>2.5 SES)
CT
5

NL
3

OBS. VALUE
38.30

FITTED VALUE
35.52

RESIDUAL
2.777

BOX PLOT OF STUDENTIZED RESIDUALS FROM LPLT= -1.982
TO ULPT= 2.633
NO.NO.>UPLT
0 ---------------I
+
I------------------------0
MEDIAN= -0.8219E-01 ANDERSON-DARLING STATISTIC=

0.197

BALANCED ANOVA FOR VARIATE
HCTQ FILE NSYTCT
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------------------------------------------------------------------ :PAGE
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2

VARIATE V004 HCTQ
LN

SOURCE OF VARIATION

DF

SUMS OF
MEAN
F RATIO PROB ER
SQUARES
SQUARES
LN
=============================================================================
1 CT
9 .848533E-01 .942815E-02
1.48 0.229 3
2 NL
2 .818067E-01 .409033E-01
6.42 0.008 3
* RESIDUAL
18 .114727
.637370E-02
----------------------------------------------------------------------------* TOTAL (CORRECTED)
29 .281387
.970299E-02
----------------------------------------------------------------------------TUKEY'S TEST FOR TRANSFORMABLE NON-ADDITIVITY
SS= 0.459899E-02, F(1, 17)=
0.71, P= 0.416
REGRESSION SLOPE= 2.2291
SUGGESTED POWER TRANSFORMATION= -7.4380
MEAN ORTHOGONAL RESIDUAL =

0.8329E-02, P-VALUE= 0.666

PLOT OF LS RESIDUALS AGAINST FITTED VALUES
:
:
:
:
:
1.68
1.74
1.80
1.86
1.92
THE FOLLOWING RECORDS HAVE LARGE RESIDUALS, (>2.5 SES)
CT
5

NL
3

OBS. VALUE
1.680

FITTED VALUE RESIDUAL
1.839
-0.1590

BOX PLOT OF STUDENTIZED RESIDUALS FROM LPLT= -2.571
NO.0 -----------------------------I
+
MEDIAN=

:
1.98

0.1267E+00 ANDERSON-DARLING STATISTIC=

0.483

TO ULPT=

1.407
NO.>UPLT
I------0


BALANCED ANOVA FOR VARIATE
P1000 FILE NSYTCT
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------------------------------------------------------------------ :PAGE
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3

VARIATE V005 P1000
LN

SOURCE OF VARIATION

DF

SUMS OF
MEAN
F RATIO PROB ER
SQUARES
SQUARES
LN
=============================================================================
1 CT
9 7117.05
790.784
13.12 0.000 3
2 NL
2 23.2719
11.6360
0.19 0.827 3
* RESIDUAL
18 1084.59
60.2551
----------------------------------------------------------------------------* TOTAL (CORRECTED)
29 8224.92
283.618
----------------------------------------------------------------------------TUKEY'S TEST FOR TRANSFORMABLE NON-ADDITIVITY
SS= 0.295118E-03, F(1, 17)=
0.00, P= 0.994
REGRESSION SLOPE=-0.11560E-03 SUGGESTED POWER TRANSFORMATION=
MEAN ORTHOGONAL RESIDUAL =

0.3205

1.0310

, P-VALUE= 0.857

PLOT OF LS RESIDUALS AGAINST FITTED VALUES
BOX PLOT OF STUDENTIZED RESIDUALS FROM LPLT= -1.998
TO ULPT= 2.090
NO.NO.>UPLT
0 -----------------I
+
I-----------------0
MEDIAN= -0.6334E-01 ANDERSON-DARLING STATISTIC=

0.351

BALANCED ANOVA FOR VARIATE
NSTT FILE NSYTCT
14/ 9/18 9:29
------------------------------------------------------------------ :PAGE
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4

VARIATE V006 NSTT
LN

SOURCE OF VARIATION

DF

SUMS OF
MEAN
F RATIO PROB ER
SQUARES
SQUARES
LN
=============================================================================
1 CT
9 177.529
19.7255
27.54 0.000 3
2 NL
2 .778326
.389163
0.54 0.595 3
* RESIDUAL
18 12.8931
.716282
----------------------------------------------------------------------------* TOTAL (CORRECTED)
29 191.201
6.59313
----------------------------------------------------------------------------TUKEY'S TEST FOR TRANSFORMABLE NON-ADDITIVITY
SS= 0.104570
, F(1, 17)=
0.14, P= 0.714
REGRESSION SLOPE=-0.75339E-01 SUGGESTED POWER TRANSFORMATION=
MEAN ORTHOGONAL RESIDUAL =

0.1360

3.1757

, P-VALUE= 0.511

PLOT OF LS RESIDUALS AGAINST FITTED VALUES
BOX PLOT OF STUDENTIZED RESIDUALS FROM LPLT= -2.096
TO ULPT= 1.885
NO.NO.>UPLT
0 -------------------I
+
I-----------------0
MEDIAN= 0.1281E+00 ANDERSON-DARLING STATISTIC= 0.281
BALANCED ANOVA FOR VARIATE
NSLT FILE NSYTCT
14/ 9/18 9:29
------------------------------------------------------------------ :PAGE
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5


VARIATE V007 NSLT
LN

SOURCE OF VARIATION

DF

SUMS OF
MEAN
F RATIO PROB ER
SQUARES
SQUARES
LN
=============================================================================
1 CT
9 891.002
99.0002
18.04 0.000 3
2 NL
2 11.2906
5.64532
1.03 0.379 3
* RESIDUAL
18 98.7713
5.48729
----------------------------------------------------------------------------* TOTAL (CORRECTED)
29 1001.06
34.5194
----------------------------------------------------------------------------TUKEY'S TEST FOR TRANSFORMABLE NON-ADDITIVITY
SS= 0.731290E-01, F(1, 17)=
0.01, P= 0.908
REGRESSION SLOPE= 0.73837E-02 SUGGESTED POWER TRANSFORMATION= 0.41307
MEAN ORTHOGONAL RESIDUAL =

0.4534

, P-VALUE= 0.427

PLOT OF LS RESIDUALS AGAINST FITTED VALUES
BOX PLOT OF STUDENTIZED RESIDUALS FROM LPLT= -1.979
TO ULPT= 2.250
NO.NO.>UPLT
0 --------------------I
+
I---------------------0
MEDIAN= -0.5078E-01 ANDERSON-DARLING STATISTIC= 0.173 #
TABLE OF MEANS FOR FACTORIAL EFFECTS FILE NSYTCT
14/ 9/18 9:29
------------------------------------------------------------------ :PAGE
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6

MEANS FOR EFFECT CT
------------------------------------------------------------------------------CT
1
2
3
4
5
6
7
8
9
10
SE(N=
5%LSD

3)
18DF
CT

1
2
3
4
5
6
7
8
9
10

NOS
3
3
3
3
3
3
3
3
3
3

QCTC
35.7333
34.0000
39.4333
35.1333
36.0333
35.2000
32.9333
34.1000
32.5000
33.6333
0.785918
2.33508

NOS
3
3
3
3
3
3
3
3
3
3

HCTQ
1.83000
1.97000
1.86000
1.90667
1.80667
1.87667
1.91000
1.91333
1.98333
1.87000
0.460930E-01
0.136949

P1000
133.130
135.650
153.743
96.8733
135.113
139.757
139.040
152.397
134.000
119.770

NSTT
15.2167
13.7667
20.9800
13.2167
15.5700
14.7033
12.4700
12.2367
13.4900
12.7467

4.48163
13.3156

0.488631
1.45180

NSLT
39.1533
40.7933
50.6767
29.1000
39.5100
41.4533
39.3233
44.6927
38.8600
33.8867

SE(N=
3)
1.35244
5%LSD 18DF
4.01830
------------------------------------------------------------------------------MEANS FOR EFFECT NL
-------------------------------------------------------------------------------


NL
1
2
3
SE(N=
5%LSD

NOS
10
10
10

10)
18DF
NL

1
2
3

QCTC
35.7400
34.5100
34.3600
0.430465
1.27897

NOS
10
10
10

HCTQ
1.81900
1.93400
1.92500
0.252462E-01
0.750102E-01

P1000
133.785
135.098
132.959

NSTT
14.4840
14.6110
14.2240

2.45469
7.29325

0.267634
0.795181

NSLT
39.1090
40.5740
39.5518

SE(N= 10)
0.740763
5%LSD 18DF
2.20091
------------------------------------------------------------------------------ANALYSIS OF VARIANCE SUMMARY TABLE FILE NSYTCT
14/ 9/18 9:29
------------------------------------------------------------------ :PAGE
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7

F-PROBABLIITY VALUES FOR EACH EFFECT IN THE MODEL. SECTION - 1
VARIATE

QCTC
HCTQ
P1000
NSTT
NSLT

GRAND MEAN
(N=
30)
NO.
OBS.
30 34.870
30 1.8927
30 133.95
30 14.440
30 39.745

STANDARD
DEVIATION C OF V |CT
-------------------- SD/MEAN |
BASED ON
BASED ON
%
|
TOTAL SS
RESID SS
|
2.2808
1.3612
3.9 0.0005
0.98504E-010.79835E-01 4.2 0.2286
16.841
7.7624
5.8 0.0000
2.5677
0.84633
5.9 0.0000
5.8753
2.3425
5.9 0.0000

|NL
|
|
|
0.0688
0.0079
0.8274
0.5949
0.3792

|
|
|
|



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