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

XBAR
0.5642575
0.6029812

S
0.0143502 0.0117155
0.0117155 0.0145453

Confidence Region Info:

F C LAMBDA
3.231727 2.5739154 0.0261636
    0.0027319

EVECS
0.7041574 0.7100439
0.7100439 -0.704157

SEMIAXIS
0.0452364 0.0147396
0.0456146 -0.014617

Simultaneous T2 Intervals:

XBAR VAR F C
0.5642575 0.0143502 3.231727 2.5739154
0.6029812 0.0145453    

T2INTERV
0.5166803 0.6118347
0.5550817 0.6508807

Bonferroni Intervals:

XBAR VAR ALPHA C
0.5642575 0.0143502 0.0125 2.326723
0.6029812 0.0145453    

BONINTER
0.5212495 0.6072655
0.5596819 0.6462806

Univariate Intervals:

XBAR VAR ALPHA C
0.5642575 0.0143502 0.05 2.019541
0.6029812 0.0145453    

STDINTER
0.5269275 0.6015875
0.5653984 0.6405641

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

The CORR Procedure

2 Variables: x1 x2

Covariance Matrix, DF = 41
  x1 x2
x1 0.0100532520 0.0095357724
x2 0.0095357724 0.0161900116

Simple Statistics
Variable N Mean Std Dev Sum Minimum Maximum
x1 42 0.12833 0.10027 5.39000 0.01000 0.40000
x2 42 0.16381 0.12724 6.88000 0.01000 0.60000

Pearson Correlation Coefficients, N = 42
Prob > |r| under H0: Rho=0
  x1 x2
x1 1.00000
 0.74744
<.0001
x2 0.74744
<.0001		 1.00000

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

The MEANS Procedure

Variable N Mean Std Dev Minimum Maximum
x1
x2		 42
42		 0.1283333
0.1638095		 0.1002659
0.1272400		 0.0100000
0.0100000		 0.4000000
0.6000000