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HW 4 Part A. Problem 1.To determine what factors influence public opinion about favoring death penalty for murder: 1. Replicate the SPSS output provided below. Run Logistic regression using the...

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HW 4
Part A.
Problem 1.To determine what factors influence public opinion about favoring death penalty for murder:
1. Replicate the SPSS output provided below. Run Logistic regression using the following variables from the GSS 2004: cappun, age, polviews, reborn, sex, religion. Start with identifying the dependent and the independent variables. Draw your model using boxes and a
ows diagram.
2. Give the full logistic regression analysis of the SPSS output. Specifically, interpret the
EXP (B) coefficient (odds) for the significant results. The coding for the dependent variable is presented in the SPSS output. The coding for the other variables is available in the GSS 2004 data set. Go to Utilities – Variables – Click on any variable you need information about. Please read carefully the questions and the possible answers. The variables’ coding will help you to interpret the odds co
ectly. For each variable indicate the level of measurement and the codes for each category of the nominal and ordinal variables.
3. Calculate the probability of favoring death penalty for murder for a catholic man, moderate in political views and without “born again” experience.
4. Calculate the probability of favoring death penalty for murder for a non-believer woman with a “born again” experience and extremely liberal in her political views.
Logistic Regression
    Case Processing Summary
    Unweighted Casesa
    N
    Percent
    Selected Cases
    Included in Analysis
    553
    39.1
    
    Missing Cases
    862
    60.9
    
    Total
    1415
    100.0
    
    Unselected Cases
    0
    .0
    
    Total
    1415
    100.0
    a. If weight is in effect, see classification table for the total number of cases.
    Dependent Variable Encoding
    Original Value
    Internal Value
    oppose
    0
    favo
    1
Pay attention to the dependent variable coding. The interpretation of the dependent variable depends on how the variable is coded!
    
Categorical Variables Codings
    
    
    Frequency
    Parameter coding
    
    
    
    (1)
    (2)
    (3)
    (4)
    RS RELIGIOUS PREFERENCE
    PROTESTANT
    312
    .000
    .000
    .000
    .000
    
    CATHOLIC
    139
    1.000
    .000
    .000
    .000
    
    JEWISH
    6
    .000
    1.000
    .000
    .000
    
    NONE
    91
    .000
    .000
    1.000
    .000
    
    OTHER (SPECIFY)
    5
    .000
    .000
    .000
    1.000
Block 0: Beginning Block
    Classification Tablea,
    
    Observed
    Predicted
    
    
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    
    
    oppose
    favo
    Percentage Co
ect
    Step 0
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    oppose
    0
    175
    .0
    
    
    favo
    0
    378
    100.0
    
    
    Overall Percentage
    
    
    68.4
    a. Constant is included in the model.
    
    
    
    b. The cut value is .500
    
    
    
    
    Variables in the Equation
    
    
    B
    S.E.
    Wald
    df
    Sig.
    Exp(B)
    Step 0
    Constant
    .770
    .091
    70.943
    1
    .000
    2.160
Block 1: Method = Ente
    Omnibus Tests of Model Coefficients
    
    
    Chi-square
    df
    Sig.
    Step 1
    Step
    58.050
    8
    .000
    
    Block
    58.050
    8
    .000
    
    Model
    58.050
    8
    .000
    
Model Summary
    Step
    -2 Log likelihood
    Cox & Snell R Square
    Nagelkerke R Square
    1
    632.281a
    .100
    .140
    a. Estimation terminated at iteration number 20 because maximum iterations has been reached. Final solution cannot be found.
    Classification Tablea
    
    Observed
    Predicted
    
    
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    
    
    oppose
    favo
    Percentage Co
ect
    Step 1
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    oppose
    47
    128
    26.9
    
    
    favo
    35
    343
    90.7
    
    
    Overall Percentage
    
    
    70.5
    a. The cut value is .500
    
    
    
    
    Variables in the Equation
    
    
    B
    S.E.
    Wald
    df
    Sig.
    Exp(B)
    Step 1
    age
    -.002
    .006
    .182
    1
    .670
    .998
    
    polviews
    .325
    .075
    18.934
    1
    .000
    1.384
    
    reborn
    .704
    .227
    9.601
    1
    .002
    2.022
    
    sex
    -.630
    .200
    9.919
    1
    .002
    .533
    
    relig
    
    
    14.505
    4
    .006
    
    
    relig(1)
    -.485
    .242
    4.013
    1
    .045
    .616
    
    relig(2)
    -.583
    .929
    .394
    1
    .530
    .558
    
    relig(3)
    -1.064
    .285
    13.978
    1
    .000
    .345
    
    relig(4)
    19.549
     XXXXXXXXXX
    .000
    1
    .999
    3.089E8
    
    Constant
    -.346
    .658
    .276
    1
    .599
    .708
Problem 2. The Exam Practice Problem
To determine what factors influence public opinion about abortion replicate the logistic regression analysis example from above using the following variables from the GSS 2006: abany, age, education, sex, religion. Start with identifying the dependent and the independent variables. Draw your model using boxes and a
ows diagram. Provide coding for the nominal and ordinal variables. Provide the full logistic regression analysis. Specifically, interpret the EXP (B) coefficients (the odds) for the significant results.
PART B
Hugh Crean, A.D. Hightower, and Marjorie Allan (2001) “School-Based Child Care
for Children of Teen parents: Evaluation of an U
an Program Designed to Keep Young
Mothers in School. Educational Evaluation and Program Planning. 24: XXXXXXXXXX.
1. Was there any difference in the ethnic distribution of participating and non-participating mothers? Why do you think so?
2. Was there any difference in their ages when they give birth to their child? How can you prove this?
3. Why logistic regression method was used in this analysis?
4. What were the independent and dependent variables? [Indicate their level of measurement , unit of measurement and/or coding in the tables below]
    Variable Name
    Level of Measurement
    Unit of measurement/coding
    Independent/Dependent Variable
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
5. What were the results? Interpret the impact of each of the five independent variables on graduation using only B coefficient and p (sig). columns in Table 4 on page 272.
Note: The original model is in the log odds, or logit. Therefore, the B coefficient is the effect of a one-unit change in an independent variable on the log odds of graduation. For example (just example, it is not in the table), the b coefficient for age is 0.3. This means that every additional year of age is to increase the log odds of graduation by 0.3
6. Explain the results of Table 5 on page 273.
    

PII: S XXXXXXXXXX
School-based child care for children of teen parents: evaluation of an
u
an program designed to keep young mothers in school
Hugh F. Creana,*, A.D. Hightowera, Marjorie J. Allan
aDepartment of Clinical and Social Sciences in Psychology, University of Rochester, Rochester, NY, USA
Department of Pediatrics, University of Rochester School of Medicine and Dentistry, Rochester, NY, USA
Abstract
This study examined the effects of the school-based Early Childhood Centers for Children of Teen Parents Program. Designed to keep
young mothers in school, the program provides needed support to u
an young mothers including free on-site child care for their infants and
toddlers, parenting classes, and refe
al to other service agencies. Archived school record information was collected on teen mothers who
participated in the program (nˆ 81) and on a group of teen mothers who had applied for the program but did not receive services (nˆ 89).
Controlling for pre-service differences, participant mothers were found to have better school attendance and deemed to be at lower overall
isk than were the non-participant young mothers. Signi®cant differences were also evident in the graduation rates of these young mothersÐ
70% of the participant mothers graduated, 28% of the non-participant young mothers graduated. Logistic regression co
ectly classi®ed
graduation/drop-out status in 76% of the cases. School attendance, mother's age at birth of the child, and participation/non-participation in
the program were signi®cant predictors. Percent core courses passed and average risk scores did not signi®cantly add to prediction.
Implications and future areas of study are discussed. q 2001 Elsevier Science Ltd. All rights reserved.
Keywords: Teen parents; School-based child care; Educational outcomes of teen parents; Program evaluation
Although recent research more critically questions the
extent and causal directions associated with many of the
negative outcomes associated with adolescent motherhood
(Geronimus & Korenman, 1992; Hoffman, Foster &
Furstenberg, 1993; Hotz, McElroy & Sanders, 1997;
Luker, 1996), the consequences of teen parenting remain
signi®cant. Poor, unwed teen mothers often have much to
overcome to succeed. Unwed teen mothers, when compared
with women of similar academic and socioeconomic back-
grounds who postpone childbearing, are more likely to drop
out of school (Allen & Pittman, 1986; Coley & Chase-Lans-
dale, 1998; Moore, Myers, Mo
ison, Nord, Brown &
Edmonston, 1993; Mott & Marsiglio, 1985); are less likely
to ®nd stable, meaningful employment; and are more likely
to rely on public assistance (Brindes & Jeremy, 1988;
Duncan, XXXXXXXXXXNearly seven in ten teen mothers go on
welfare before their child's fourth birthday and more than
40% of young mothers who receive AFDC do so over at
least a 10-year period (Allen & Pittman, XXXXXXXXXXSome
studies indicate that teen childbearers never achieve
economic parity with women who postpone childbearing
until their adult years (Furstenberg, Brooks-Gunn &
Chase-Lansdale, 1989; Coley & Chase-Lansdale, 1998).
Later childbearers are also more likely to enter stable
ma
iages than are those women who have children in
their early teens (Furstenberg, Brooks-Gunn & Morgan,
1987; McCarthy & Menken, 1979).
Nevertheless, teen mothers who can successfully manage
their educational career and social relationships do drasti-
cally improve the odds for themselves and their children.
Initiatives focused on providing needed educational and
socioemotional assistance can be effective (Furstenburg et
al., 1987; Hofferth, XXXXXXXXXXFurstenberg et al. (1987), fo
instance, found that teen mothers who had received educa-
tional assistance (in the form of a continuing educational
program and postpartum family planning services) had
etter long-term outcomesÐbeing more self-suf®cient
economically and having more stable and smaller families
than did non-program teen mothers. Educational programs
that focus on parenting skills tend to be successful in a
different yet complimentary way, leading to an improved
parent±child relationship and healthier overall development
in the child (Clewell, Brooks-Gunn & Benasich, 1989).
Related to both strategies, child care is the service most
frequently requested by adolescent mothers and the service
most likely to be unavailable (Flood, Greenspan &
Mundorf, 1985; Furstenberg et al., XXXXXXXXXXAlthough cost
Evaluation and Program Planning XXXXXXXXXX±275
XXXXXXXXXX/01/$ - see front matter q 2001 Elsevier Science Ltd. All rights reserved.
PII: S XXXXXXXXXX
www.elsevier.com/locate/evalprogplan
* Co
esponding author. Tel.: XXXXXXXXXX; fax: XXXXXXXXXX.
E-mail address: XXXXXXXXXX (H.F. Crean).
may be a prohibiting factor, high-quality child care has the
potential for enhancing teen mothers' lives as well as bene-
®ting the development of their children (Clewell et al.,
1989)
Answered 3 days After Aug 04, 2022

Solution

Vikash Kumar answered on Aug 08 2022
81 Votes
HW 4 – Logistic Regression                                     2
Logistic Regression
HW 4
Part A
Problem 1
To find out what factors, change public opinion about supporting death sentence for murder:
Dependent variable – cappun (FAVOR OR OPPOSE death penalty for murder) is having a nominal scale of measurement. Coding for this variable is as follows:
    0 Favo
    1 Oppose
Independent variable: –
    Scale of measurement
    Independent variable
    Label
    Ratio
    age
    Age of the respondent
    Ordinal
    polviews
    Think of self as LIBERAL or CONSERVATIVE
    Nominal
    reborn
    Has R ever had a 'born again' experience
    Nominal
    Sex
    Respondent’s sex
    Nominal
    religion
    R’s religious preference
Hypothecated Model: -age
polviews
cappun
eborn
sex
eligion
SPSS Output: -
    Table 1.1 Case Processing Summary
    Unweighted Casesa
    N
    Percent
    Selected Cases
    Included in Analysis
    553
    39.1
    
    Missing Cases
    862
    60.9
    
    Total
    1415
    100.0
    Unselected Cases
    0
    .0
    Total
    1415
    100.0
    a. If weight is in effect, see classification table for the total number of cases.
Table 1.1 shows the number of cases that have been included and excluded from the analysis. Out of total 1415 cases, 553 have been included for further analysis.
    
Table 1.2 Dependent Variable Encoding
    Original Value
    Internal Value
    FAVOR
    0
    OPPOSE
    1
Coding of the dependent variable have been shown in Table 1.2 and for categorical independent variables in Table 1.3. Those participants who are in favour of death penalty for murderer have been coded as 0 and in oppose to this notion have been coded as 1.
    Table 1.3 Categorical Variables Codings
    
    Frequency
    Parameter coding
    
    
    (1)
    (2)
    (3)
    (4)
    (5)
    (6)
    THINK OF SELF AS LIBERAL OR CONSERVATIVE
    EXTREMELY LIBERAL
    17
    .000
    .000
    .000
    .000
    .000
    .000
    
    LIBERAL
    51
    1.000
    .000
    .000
    .000
    .000
    .000
    
    SLIGHTLY LIBERAL
    59
    .000
    1.000
    .000
    .000
    .000
    .000
    
    MODERATE
    221
    .000
    .000
    1.000
    .000
    .000
    .000
    
    SLGHTLY CONSERVATIVE
    88
    .000
    .000
    .000
    1.000
    .000
    .000
    
    CONSERVATIVE
    91
    .000
    .000
    .000
    .000
    1.000
    .000
    
    EXTRMLY CONSERVATIVE
    26
    .000
    .000
    .000
    .000
    .000
    1.000
    RS RELIGIOUS PREFERENCE
    PROTESTANT
    312
    .000
    .000
    .000
    .000
    
    
    
    CATHOLIC
    139
    1.000
    .000
    .000
    .000
    
    
    
    JEWISH
    6
    .000
    1.000
    .000
    .000
    
    
    
    NONE
    91
    .000
    .000
    1.000
    .000
    
    
    
    OTHER (SPECIFY)
    5
    .000
    .000
    .000
    1.000
    
    
    RESPONDENTS SEX
    MALE
    263
    .000
    
    
    
    
    
    
    FEMALE
    290
    1.000
    
    
    
    
    
    HAS R EVER HAD A 'BORN AGAIN' EXPERIENCE
    YES
    172
    .000
    
    
    
    
    
    
    NO
    381
    1.000
    
    
    
    
    
Block 0 assumes that there are no predictor variables in the model and just the intercept.
Block 0: Beginning Block
    Table 1.4 Classification Tablea,
    Observed
    Predicted
    
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    Percentage Co
ect
    
    FAVOR
    OPPOSE
    
    Step 0
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    FAVOR
    378
    0
    100.0
    
    
    OPPOSE
    175
    0
    .0
    
    Overall Percentage
    
    
    68.4
    a. Constant is included in the model.
    b. The cut value is .500
The model with intercept term only predicts with overall percentage of 68.40.
    Table 1.5 Variables in the Equation
    
    B
    S.E.
    Wald
    df
    Sig.
    Exp(B)
    Step 0
    Constant
    -.770
    .091
    70.943
    1
    .000
    .463
Block 1: Method = Ente
Block 1 has model with intercept term as well as independent variables.
    Table 1.6 Omnibus Tests of Model Coefficients
    
    Chi-square
    df
    Sig.
    Step 1
    Step
    63.045
    13
    .000
    
    Block
    63.045
    13
    .000
    
    Model
    63.045
    13
    .000
The overall model is statistically significant, at 5% level of significance.
    Table 1.7 Model Summary
    Step
    -2 Log likelihood
    Cox & Snell R Square
    Nagelkerke R Square
    1
    627.285a
    .108
    .151
    a. Estimation terminated at iteration number 20 because maximum iterations has been reached. Final solution cannot be found.
It is evident from the Table 1.7 that the explained variation in the dependent variable is 10.8% and 15.10% as reference with Cox and Snell and Nagelkerke respectively.
    Table 1.8 Classification Tablea
    Observed
    Predicted
    
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    Percentage Co
ect
    
    FAVOR
    OPPOSE
    
    Step 1
    FAVOR OR OPPOSE DEATH PENALTY FOR MURDER
    FAVOR
    347
    31
    91.8
    
    
    OPPOSE
    128
    47
    26.9
    
    Overall Percentage
    
    
    71.2
    a. The cut value is .500
With the inclusion of independent variables, the model co
ectly classifies 71.2% of the cases overall. It also represents percentage accuracy in the classification.
The sensitivity of the classification is 91.8% which tells that participants who favours the death punishment for murderer were also predicted by the model to be in...
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