Wedding Costs by Gender (Example 3) StatCrunch did a survey asking respondents their gender and how much they thought should be spent on a wedding. The following table shows Minitab descriptive statistics for wedding costs, split by gender. a. How many people were surveyed? b. Compare the results for men and women. Which group thought more should be spent on a wedding? Which group had more variation in their responses? Descriptive Statistics: Amount Statistics
Wedding Costs by Gender (Example 3) StatCrunch did a survey asking respondents their gender and how much they thought should be spent on a wedding. The following table shows Minitab descriptive statistics for wedding costs, split by gender. a. How many people were surveyed? b. Compare the results for men and women. Which group thought more should be spent on a wedding? Which group had more variation in their responses? Descriptive Statistics: Amount Statistics
Wedding Costs by Gender (Example 3) StatCrunch did a survey asking respondents their gender and how much they thought should be spent on a wedding. The following table shows Minitab descriptive statistics for wedding costs, split by gender.
a. How many people were surveyed?
b. Compare the results for men and women. Which group thought more should be spent on a wedding? Which group had more variation in their responses?
Descriptive Statistics: Amount
Statistics
Statistics that help describe, summarize, and present information extracted from data. Descriptive statistics include concepts related to measures of central tendency, measures of variability, measures of frequency, shape of distribution, and some data visualization techniques/tools such as pivot tables, charts, and graphs.
(a+b)
R2L
2+2*0=?
Ma
state without proof the uniqueness theorm
of probability function suppose thatPandQ
are probability measures defined on the
same probability space (Q, F)and that
Fis generated by a π-system if P(A)=Q(A)
tax for all A EthenP=Q i. e. P(A)=Q(A) for alla g
// معدلة 2:23 ص
6. Show that
1{AU B} = max{1{A}, I{B}} = I{A} + I{B} - I{A} I{B};
I{AB} = min{I{A}, I{B}} = I{A} I{B};
I{A A B} = I{A} + I{B}-21{A} I {B} = (I{A} - I{B})².
Theorem 3.5 Suppose that P and Q are probability measures defined on the same
probability space (2, F), and that F is generated by a л-system A. If P(A) = Q(A)
for all A = A, then P = Q, i.e., P(A) = Q(A) for all A = F.
A Problem Solving Approach To Mathematics For Elementary School Teachers (13th Edition)
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