# 3rd Edition

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Data Sets

Errata

• p 14 -nr in 3rd equation should be +nr
• p 85 In example B, replace 90 degrees by 45 degrees
• p 97 horizontal axis of figure 3.17 should be labeled "x"
• p 109 problem 15c: P(X^2 + Y^2 \leq 1/2)
• p 119 insert dx in the integral of the last displayed equation
• p 124 u_2 in line 7 should be U_2
• p 126 line 10 3rd paragraph: x-L should be x-L+2
• p 127 in the third displayed equation, the lower limit of the summation should be x=1
• p 140 next to last line, "He takes a step of..."
• p 144 line 4, delete "by Theorem A"
• p 144 last displayed equation: \pi_i \pi_j
• p 163 second displayed equation should be split into two equations, the second starting with g''
• p 203 Example A: 10^33 should be 10^28
• p 227 in the second displayed equation, the fraction should be 63/392
• p 230 In the last displayed equation, the numerator should be 589.7
• p 236 in the expression following "zero since" near the bottom of the page, the lower index of summation should be i=1
• p 236 third displayed equation from the bottom, the upper limit of summation should be N_l
• p 262 10th line of text in 2nd paragraph: "and lambda_0" should be "for lambda_0"
• p 271. First paragraph: alpha = .441 lambda = 1.96
• p 311 line 14 of third paragraph: "be a prior" should be "by a prior"
• p 332 2nd line of text in Neyman-Pearson box: "c and" should be "c has"
• p 333 line 11 of text: X should be \bar{X}
• p 343 line 6 of second paragraph of Hardy-Weinberg example: delete comma after "multinomial cell"
• p 364 Problem 17, first line. H_0:\sigma = \sigma_0
• p 422 line 3 of text: (n-1) should be (n-1)^{-1}
• p 436 "7 choose 2" should be "4 choose 2"
• p 441 at the top add: Let U_Y = \sum _{i=1}^n \sum_{j=1}^m Z_{ij}
• p 441 2nd line of Example B: replace "Corollary A" by Theorem A
• p 442 last displayed equation: replace k by k-1
• p 443 displayed equation at bottom of page: \xi in \exp() should not be raised to a power
• p 499 last displayed equation: (i-1) should be (I-1)
• p 530 last displayed equatioin: \log \pi_{ijk} = \alpha_i + \beta_j + \gamma_k + \delta_{ij} + \epsilon_{ik} + \phi_{jk}
• p 550 second displayed equation in Example A: S should be lower case s
• p 585 second to last line: Theorem A of Section 14.4.2
• p 586 fifth line of text: Theorm B of Section 14.4.2
• A34: Solution for problem 3.11 should be 5/36 + log(2)/6
• A34: Solution for 15(d):: 3/2 should be 3/4
• A34: Solution for problem 55, should be multiplied by 1/(2 pi)
• A38: Solution for problem 8.31 should be: (a) \theta(1-\theta)^6; (b) \hat{\theta} = 1/7
• A39: Solution for problem 9.19d should be (d) 1 - (1 -\alpha)^{3/2}
• A40: Solution for problem 21 b & c: power = \alpha/2
• A46: Solution for problem 1b. v=\log a;
Solution for problem 5: rows 4,5 and 6 of X should be [-1 1 0], [-1 0 1], and [0 -1 1] respectively