5. The data presented is a multiple logistic regression analysis and the models are shown below. In the models below, the data are coded as follows: p= the proportion of children with a diagnosis of ADHD, Child Exposed and Father's Diagnosis are coded as 1 = yes and 0=no. What is the odds ratio adjusted for father's diagnosis? (Hint: Use only the appropriate model to find the odds ratio)

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5. The data presented is a multiple logistic regression analysis and the models are shown below.
In the models below, the data are coded as follows: p
diagnosis of ADHD, Child Exposed and Father's Diagnosis are coded as 1 = yes and 0 = no.
What is the odds ratio adjusted for father's diagnosis? (Hint: Use only the appropriate model to
find the odds ratio)
the proportion of children with a
In
(1 p)
(1)
=-2.216 + 1.480 Child exposed
In
(1 p)
(2)
Father with diagnosis:
=-1.665 + 1.297 Child exposed
In
(3)
Father without diagnosis:
(1 î)
=-2.343 + 0.823 Child exposed
d
In
(4)
(1 p) =-2.398 + 1.501 Child exposed + 0.906 Father's diagnosis
A) 4.49
В) 7
C) 2.88
D) 1.501
Transcribed Image Text:5. The data presented is a multiple logistic regression analysis and the models are shown below. In the models below, the data are coded as follows: p diagnosis of ADHD, Child Exposed and Father's Diagnosis are coded as 1 = yes and 0 = no. What is the odds ratio adjusted for father's diagnosis? (Hint: Use only the appropriate model to find the odds ratio) the proportion of children with a In (1 p) (1) =-2.216 + 1.480 Child exposed In (1 p) (2) Father with diagnosis: =-1.665 + 1.297 Child exposed In (3) Father without diagnosis: (1 î) =-2.343 + 0.823 Child exposed d In (4) (1 p) =-2.398 + 1.501 Child exposed + 0.906 Father's diagnosis A) 4.49 В) 7 C) 2.88 D) 1.501
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