Compute p value.
Compute p value.
p( z = NULL, t = NULL, f = NULL, r = NULL, chi2 = NULL, n = NULL, df = NULL, df1 = NULL, df2 = NULL ) p.z(z) p.t(t, df) p.f(f, df1, df2) p.r(r, n) p.chi2(chi2, df)
z, t, f, r, chi2 |
z, t, F, r, χ^2 value. |
n, df, df1, df2 |
Sample size or degree of freedom. |
p value statistics.
p.z: Two-tailed p value of z.
p.t: Two-tailed p value of t.
p.f: One-tailed p value of F. (Note: F test is one-tailed only.)
p.r: Two-tailed p value of r.
p.chi2: One-tailed p value of χ^2. (Note: χ^2 test is one-tailed only.)
p.z(1.96) p.t(2, 100) p.f(4, 1, 100) p.r(0.2, 100) p.chi2(3.84, 1) p(z=1.96) p(t=2, df=100) p(f=4, df1=1, df2=100) p(r=0.2, n=100) p(chi2=3.84, df=1)
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