Question
In: Statistics and Probability
Using the following data, perform a oneway analysis of variance using α=.05. Write up the results...
Using the following data, perform a oneway analysis of variance
using α=.05. Write
up the results in APA format.
[Group1: 51, 45, 33, 45, 67]
[Group2: 23, 43, 23, 43, 45]
[Group3: 56, 76, 74, 87, 56]
Solutions
orchestra answered 3 years agoRelated Solutions
Perform a Two-way analysis of variance (ANOVA) and report the results using correct APA style; report...
Perform a Two-way analysis of variance (ANOVA) and report the
results using correct APA style; report whether significance was
found for Factor A, Factor B, and/or an interaction between Factors
A and B was found.
If the test statistic is significant, run a post hoc test to
determine between what groups significance was found.
Report an effect size for all significant results.
This is all the information they gave me.
Using the SATGPA data set in Stat2Data package. Test by using α= .05. 1) Create the...
Using the SATGPA data set in Stat2Data package. Test by using α=
.05.
1) Create the following three variables and then print out all
the six variables.
Create a new variable “SAT”, which is the sum of MathSAT and
VerbalSAT.
Create second new variable “SATLevel”, and assign the value of
“SATLevel” as 1 when
SAT<=1100, 2 when
1100<SAT<=1200, 3 when 1200<SAT<=1300, and 4 when
SAT>1300.
Create third new variable “GPALevel” and assign the value of
“GPALevel” as 1 when
GPA<=2.8,...
Multivariate analysis Using the data provided, perform the following analysis: Determine the explanatory and response variables....
Multivariate analysis
Using the data provided, perform the following analysis:
Determine the explanatory and response variables.
Run a multivariate regression analysis on all three
variables.
Interpret the results by answering the following questions:
What is the calculated correlation coefficient? Do the sales
figures correlate with the marketing expenditure and price?
Comment on the coefficient of determination. What percentage of
the response data can be explained by the explanatory
variables?
Determine the multiple regression line equation in the
form:
sales^ =...
Develop the analysis of variance computations for the following completely randomized design. At α = 0.05,...
Develop the analysis of variance computations for the following
completely randomized design. At α = 0.05, is there a
significant difference between the treatment means?
Treatment
A
B
C
135
106
93
120
114
82
114
124
84
106
104
102
132
107
90
115
108
117
128
96
110
102
115
120
104
99
82
93
xj
119
106
99
sj2
143.71
128.67
173.56
State the null and alternative hypotheses.
H0: Not all the population means are
equal.
Ha:...
Develop the analysis of variance computations for the following completely randomized design. At α = 0.05,...
Develop the analysis of variance computations for the following
completely randomized design. At α = 0.05, is there a
significant difference between the treatment means?
Treatment
A
B
C
136
108
92
119
115
81
112
124
85
107
103
102
131
107
88
113
108
118
129
96
111
113
115
120
103
97
81
106
xj
120
106
100
sj2
112.86
137.56
187.56
State the null and alternative hypotheses.
H0: μA =
μB = μC
Ha: μA ≠...
What kind of data lend themselves to perform an analysis of variance and/or an independent-samples t...
What kind of data lend themselves to perform an analysis of
variance and/or an independent-samples t test? Given your
answer above, why should you use analysis of variance instead of
just using an independent-samples t test?
What kind of data lend themselves to perform an analysis of variance and/or an independent-samples t...
What kind of data lend themselves to perform an analysis of
variance and/or an independent-samples t test? Given your
answer above, why should you use analysis of variance instead of
just using an independent-samples t test?
do the following in r studio Perform the Analysis of Variance of the grade point average...
do the following in r studio Perform the Analysis of Variance of
the grade point average of the Design of Experiments subject .
According to the following information. trat <- c
(1,1,1,2,2,2,3,3,3,4,4,4) y <- c
(7.66,6.98,7.80,5.26,5.44,5.80,7.41,7.33,7.04,3.51,2.91,3.66) trat
<- as. factor (trat) data <- cbind (trat, y) y "is the
dependent variable (grade point average) and the treatment is the
variable" trat "is the type of test applied. Perform the following
analyzes on the provided data:
1. Define the proposed experiment...
3. Use the data from question 1. Conduct a hypothesis test at α = .05 to...
3. Use the data from question 1. Conduct a hypothesis test at α
= .05 to determine if the population variance is less than
909.00.
Question 1- 1. Consider the following sampled data: s 2 =
906.304, n = 31. Calculate the following confidence intervals for
the population variance: (a) 90% (b) 95% (c) 99%
Using the following information, perform the indicated hypothesis test. μ = 10 μ ≠ 10 α...
Using the following information, perform the indicated
hypothesis test. μ = 10 μ ≠ 10 α = 0.05 Sample mean = 11.6, Sample
standard deviation = 3.1, Sample size = 32
1- The test statistic is ? (rounded to 1 decimal place)
2-The positive critical value for the hypothesis test is ?
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