Question
In: Statistics and Probability
Without using Pivot Tables, calculate the Frequency, Relative Frequency, and Percent Frequency for each major. Major...
Without using Pivot Tables, calculate the Frequency, Relative Frequency, and Percent Frequency for each major.
| Major |
| ECON |
| BIOL |
| CHEM |
| CHEM |
| MKTG |
| CHEM |
| ACCT |
| CHEM |
| MGMT |
| BIOL |
| BIOL |
| IBUS |
| CHEM |
| ACCT |
| FINA |
| CHEM |
| MKTG |
| CHEM |
| PHYS |
| ECON |
| PHYS |
| ECON |
| MKTG |
| ACCT |
| MATH |
| IBUS |
| MATH |
| MGMT |
| ACCT |
| ECON |
| BIOL |
| CHEM |
| PHYS |
| MGMT |
| ACCT |
| ACCT |
| CHEM |
| PHYS |
| ECON |
| ACCT |
| MGMT |
| ECON |
| MGMT |
| MATH |
| ACCT |
| MATH |
| MGMT |
| MATH |
| FINA |
| ACCT |
| CHEM |
| MGMT |
| ECON |
| ECON |
| FINA |
| IBUS |
| MGMT |
| FINA |
| MGMT |
| CHEM |
| ACCT |
| ACCT |
| IBUS |
| MKTG |
| FINA |
| CHEM |
| PHYS |
| MATH |
| FINA |
| CHEM |
| PHYS |
| MKTG |
| ACCT |
| IBUS |
| BIOL |
| MKTG |
| IBUS |
Solutions
Expert Solution
Create a pivot table and count the number of repeated occurances of the major of each subjects
Histogram:
Formula Reference:
orchestra answered 1 year agoRelated Solutions
State whether a cumulative frequency, relative frequency, relative percent, cumulative relative frequency, or cumulative percent is...
State whether a cumulative frequency, relative
frequency, relative percent, cumulative relative frequency, or
cumulative percent is most appropriate for describing the
following situations. For cumulative distributions, indicate
whether these should be summarized from the top
down or from bottom up.
a. The number of symptoms of stress (ranging between 0
and 12 symptoms) experienced by 180 war veterans.
b. The number of calories in school lunches in a sample
of 32 local middle schools.
c. The number of hours of...
State whether a cumulative frequency, relative frequency, relative percent, cumulative relative frequency, or cumulative percent is...
State whether a cumulative frequency, relative
frequency, relative percent, cumulative relative frequency, or
cumulative percent is most appropriate for describing the
following situations. For cumulative distributions, indicate
whether these should be summarized from the top down or from bottom
up.
a. The frequency of business with at least 20 employees.
b. The frequency of college students with less than a 3.0
GPA.
c. The percentage of women completing 1, 2, 3, or 4 tasks
simultaneously.
d. The proportion of pregnancies...
23 The relative frequency is the frequency in each class divided by the total number of...
23 The relative frequency is the frequency in each
class divided by the total number of observations.
A true
B false
24, The scatter plot can visually show the
relationship between two variables.
A false
B True
25 Ratio measurement scales indicate both rank and
distance from a natural zero.
A true
B false
26
A time series diagram is a bar chart that displays the
frequency of defect causes and is used to separate the "vital few"
from the...
Pivot Tables - Please explain how to acheive the following: Using the data below, create a...
Pivot Tables - Please explain how to acheive the following:
Using the data below, create a Pivot Table that answers the
question “Which salesperson sold the most in any particular month.”
A manager wants to click on the Pivot Table and choose a month and
have the name of that person appear with his or her amount for that
month.
Sales
Data
Salesperson
May
June
July
Aug.
Sept.
Oct.
Albertson, Kathy
$3,947.00
$557.00
$3,863.00
$1,117.00
$8,237.00
$8,690.00
Allenson, Carol
$4,411.00...
What are some of the limitations of using Excel for pivot tables/charts? Why does that make...
What are some of the limitations of using Excel for pivot
tables/charts? Why does that make software like Tableau more
appealing in the workplace?
Prove the following equivalences without using truth tables, and specify at each step of your proof...
Prove the following equivalences without using truth tables, and
specify at each step of your proof the equivalence law you are
using.
(a) ¬ (p ∨ (¬ p ∧ q)) ≡ ¬ p ∧ ¬ q
(b) ( x → y) ∧ ( x → z) ≡ x → ( y ∧ z)
(c) (q → (p → r)) ≡ (p → (q → r))
(d) ( Q → P) ∧ ( ¬Q → P) ≡ P
A frequency table was made on the ages of the sample of people using StatCrunch. Stat>Tables>Frequency....
A frequency table was made on the ages of the sample of people
using StatCrunch.
Stat>Tables>Frequency.
Ages
0 to 20
20 to 40
40 to 60
60 to 80
80 to 100
Probability
0.295
0.523
0.157
0.024
0.001
Use the TABLE ONLY to answer the following questions:
What is the expected age of the sample taken? (Round to two
decimal places) nothing
What is the standard deviation age of the sample taken? (Round
to two decimal places) nothing
The following relative frequency distribution was constructed from a population of 650. Calculate the population mean,...
The following relative frequency distribution was constructed
from a population of 650. Calculate the population mean, the
population variance, and the population standard
deviation.
Class
Relative Frequency
−20 up to −10
0.30
−10 up to 0
0.20
0 up to 10
0.40
10 up to 20
0.10
Population Mean -
Population Variance -
Population Standard Deviation -
The following relative frequency distribution was constructed from a population of 550. Calculate the population mean,...
The following relative frequency distribution was constructed
from a population of 550. Calculate the population mean, the
population variance, and the population standard deviation.
(Negative values should be indicated by a minus sign. Round
intermediate calculations to at least 4 decimal places and final
answers to 2 decimal places.)
Class
Relative
Frequency
−20 up to −10
0.30
−10 up to 0
0.22
0 up to 10
0.32
10 up to 20
0.16
Population mean-1.60 (correct)
Population variance 115.02 (Its marking...
Use EXCEL Construct Distribution: For each variable, construct Empirical distribution: Frequency Distribution and Relative Frequency Distribution...
Use EXCEL
Construct Distribution:
For each variable, construct Empirical distribution: Frequency
Distribution and Relative Frequency Distribution (and if warranted,
construct Cumulative Relative Distribution.)
Apply a meaningful chart type to present each of the Relative
Frequency Distribution (and Cum. Rel. Freq.) calculated in part
“a”. (Freq. Dist. Plot is not necessary).
Savings
Months Employed
Age
Housing
Credit Risk
1
$739
12
23
Own
Low
2
$1,230
0
32
Own
High
3
$389
119
38
Own
High
4
$347
14
36
Own...
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