Question
In: Statistics and Probability
Three different traffic routes are tested for mean driving time. The entries in the table are...
Three different traffic routes are tested for mean driving time.
The entries in the table are the driving times in minutes on the
three different routes. At the 0.05 level of significance, are the
mean driving times similar regardless of routes?
Route 1: 30, 32, 27, 35
Route 2: 27, 29, 28, 36
Route 3: 16, 41, 22, 31
What statistical test are you going to run?
What is the null hypothesis?
What is the alternative hypothesis?
What is test statistic? Please answer with two decimal places.
What is the p-value? Please answer with two decimal places.
What is your conclusion based on the p-value and the level of significance?
What is the proper conclusion?
Solutions
orchestra answered 2 years agoRelated Solutions
three different traffic routes are tested for mean driving time. the entries in the table below...
three different traffic routes are tested for mean driving time.
the entries in the table below are the driving times in minutes on
the three different routes. use an ANOVA to test the hypothesis.
Route 1: 30, 32, 27, 35 Route 2: 27, 29, 28, 36 Route 3: 16, 41,
22, 31 1) find the numerator degrees of freedom 2) find the
denominator degrees of freedom 3) find SS factor 4) find ss total
5) find the F statistic
Three different diet plans are to be tested for mean weight loss. The entries in the...
Three different diet plans are to be tested for mean weight
loss. The entries in the table are the weight losses for the
different plans.
Plan
1
Plan
2
Plan 3
7
6
4
3
5
7
6
5
6
6
8
7
Test at α = 0.05 if the average weight
loss is the same for the 3 different plans.
Consider the assumptions needed...
A study compared three display panels used by air traffic controllers. Each display panel was tested for four different simulated emergency conditions.
A study compared three display panels used by air traffic controllers. Each display panel was tested for four different simulated emergency conditions. Twenty-four highly trained air traffic controllers were used in the study. Two controllers were randomly assigned to each display panel–emergency condition combination. The time (in seconds) required to stabilize the emergency condition was recorded. The resulting data and analysis results are given below.
Display panel data
Emergency condition
Display panel
1
2
3
4
A
17...
you have three routes to get to work in the morning time is a random variable...
you have
three routes to get to work in the morning time is a random
variable that follows has the following density function: f (x) = k
/ x ^ 4, x> 15
e) Calculate the expected value and the variance of time.
f) What is the time exceeded only for 10% of the days?
you have three routes to get to work in the morning time is a random variable...
you have three routes to get to work in the morning time is a
random variable that follows has the following density function: f
(x) = k / x ^ 4, x> 15
a) Find the appropriate value for the constant k and graph the
density function.
b) Find and graph the cumulative probability function.
c) Calculate the probability of arriving in less than 25
minutes.
d) What is the probability of arriving in exactly 25
minutes?
e) Calculate the...
Graphically demonstrate and describe the three different types of Maritime routes (5 marks)
Graphically demonstrate and describe the three different types
of Maritime routes
A study compared three display panels used by air traffic controllers. Each display panel was tested...
A study compared three display panels used by air traffic
controllers. Each display panel was tested for four different
simulated emergency conditions. Twenty-four highly trained air
traffic controllers were used in the study. Two controllers were
randomly assigned to each display panel–emergency condition
combination. The time (in seconds) required to stabilize the
emergency condition was recorded. The resulting data and analysis
results are given below.
Display panel data
Emergency condition
Display panel
1
2
3
4
A
17
25
31...
A study compared three display panels used by air traffic controllers. Each display panel was tested...
A study compared three display panels used by air traffic
controllers. Each display panel was tested for four different
simulated emergency conditions. Twenty-four highly trained air
traffic controllers were used in the study. Two controllers were
randomly assigned to each display panel-emergency condition
combination. The time (in seconds) required to stabilize the
emergency condition was recorded. The following table gives the
resulting data and the MINITAB output of a two-way ANOVA of the
data.
Emergency Condition
Display
Panel
1
2...
A study compared three display panels used by air traffic controllers. Each display panel was tested...
A study compared three display panels used by air traffic
controllers. Each display panel was tested for four different
simulated emergency conditions. Twenty-four highly trained air
traffic controllers were used in the study. Two controllers were
randomly assigned to each display panel-emergency condition
combination. The time (in seconds) required to stabilize the
emergency condition was recorded. The following table gives the
resulting data and the MINITAB output of a two-way ANOVA of the
data.
Emergency Condition
Display
Panel
1
2...
Two different compilers are being tested for a 4 GHz. machine with three different classes of...
Two different compilers are being tested for a 4 GHz. machine
with three different classes of instructions: Class A, Class B, and
Class C, which require one, two, and three cycles per instruction
(respectively). Both compilers are used to produce code for a large
piece of software. The first compiler's code uses 5 million Class A
instructions, 1 million Class B instructions, and 1 million Class C
instructions. The second compiler's code uses 10 million Class A
instructions, 1 million...
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