Bivariate Normal 95% Confidence Ellipse
With Usual 95% Univariate Confidence Intervals

Obs logw13 logw24
1 -1.42712 0.58779
2 -1.54045 0.57054
3 -0.69315 1.06784
4 -1.47591 0.41689
5 -0.31015 -0.03279
6 -0.25783 0.15861
7 -0.40547 -0.14310
8 0.27370 0.66140
9 0.23484 -0.03637
10 0.12921 0.40547
11 -0.66783 -0.40547


Bivariate Normal 95% Confidence Ellipse
With Usual 95% Univariate Confidence Intervals

XBAR
-0.558195
0.2955283

S
0.456081 -0.073566
-0.073566 0.1838675

TJUMP
10.215415

TJUMP2
0.9286741

Confidence Region Info:

F C LAMBDA
4.2564947 3.0755288 0.4746901
    0.1652584

EVECS
0.9694639 0.2452339
-0.245234 0.9694639

SEMIAXIS
0.6193843 0.0924455
-0.156678 0.3654575

Simultaneous T2 Intervals:

XBAR VAR F C
-0.558195 0.456081 4.2564947 3.0755288
0.2955283 0.1838675    

T2INTERV
-1.18444 0.0680501
-0.102099 0.6931554

Bonferroni Intervals:

XBAR VAR ALPHA C
-0.558195 0.456081 0.0125 2.6337669
0.2955283 0.1838675    

BONINTER
-1.094488 -0.021902
-0.044985 0.6360411

Univariate Intervals:

XBAR VAR ALPHA C
-0.558195 0.456081 0.05 2.2281389
0.2955283 0.1838675    

STDINTER
-1.011893 -0.104497
0.007458 0.5835985


Bivariate Normal 95% Confidence Ellipse
With Usual 95% Univariate Confidence Intervals

The CORR Procedure

2 Variables: logw13 logw24

Covariance Matrix, DF = 10
  logw13 logw24
logw13 0.4560809882 -.0735659867
logw24 -.0735659867 0.1838675045

Simple Statistics
Variable N Mean Std Dev Sum Minimum Maximum
logw13 11 -0.55820 0.67534 -6.14015 -1.54045 0.27370
logw24 11 0.29553 0.42880 3.25081 -0.40547 1.06784

Pearson Correlation Coefficients, N = 11
Prob > |r| under H0: Rho=0
  logw13 logw24
logw13 1.00000
 -0.25404
0.4510
logw24 -0.25404
0.4510		 1.00000


Bivariate Normal 95% Confidence Ellipse
With Usual 95% Univariate Confidence Intervals

The MEANS Procedure

Variable N Mean Std Dev Minimum Maximum
logw13
logw24		 11
11		 -0.5581951
0.2955283		 0.6753377
0.4287977		 -1.5404450
-0.4054651		 0.2736958
1.0678406