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ALEXS ALExS Login intormation [R: ALEKS - Nathan Sanctez - \( B \) N. Ace N Tutar from Numerade Weldin \( (a \) othes)= Pern state Transle. 1. M Gmal. 3.8. The ingact cote Precaleutus Funct. Exam 23 Question 2 of \( 10(6 \) points \( ) \) Ouestion Attempt: 1 of 1 Time Romaining: 250.02 Nathan \( =1 \) 2 3 4 5 6 7 8 9 10 Espahol The records of a casualty insurance company show that, in the past, its clients have had a mean of 1.9 auto accidents per day with a standard deviation of 0.06 . The ac?uaries of the company claim that the standard deviation of the number of accidents per day is no longer equal to 0.06 . Suppose that we want to carry out a hypothesis test to see if there is support for the actuaries' claim. State the null hypothesis \( H_{0} \) and the alternative hypothesls \( H_{\text {/ }} \), that we would use for this test. \[ \begin{array}{l} H_{0}: \square \\ H_{1}: \square \end{array} \] \begin{tabular}{|ccc} \hline\( \mu \) & \( \bar{x} \) & \( p \) \\ \( \hat{\rho} \) & \( \sigma \) & \( s \) \\ \( \square^{\square} \) & & \( \square<\square \) \\ \( \square \leq \square \) & \( \square>\square \) & \( \square \geq \square \) \\ \( \square=\square \) & \( \square \neq \square \) & \\ \( \times \) & & 5 \end{tabular} Continue Submit Assignment

          ALEXS
ALExS Login intormation [R:
ALEKS - Nathan Sanctez - \( B \)
N. Ace N Tutar from Numerade
Weldin \( (a \) othes)=
Pern state Transle.
1. M Gmal.
3.8. The ingact cote
Precaleutus Funct.
Exam 23
Question 2 of \( 10(6 \) points \( ) \) Ouestion Attempt: 1 of 1
Time Romaining: 250.02
Nathan
\( =1 \)
2
3
4
5
6
7
8
9
10
Espahol
The records of a casualty insurance company show that, in the past, its clients have had a mean of 1.9 auto accidents per day with a standard deviation of 0.06 . The ac?uaries of the company claim that the standard deviation of the number of accidents per day is no longer equal to 0.06 . Suppose that we want to carry out a hypothesis test to see if there is support for the actuaries' claim. State the null hypothesis \( H_{0} \) and the alternative hypothesls \( H_{\text {/ }} \), that we would use for this test.
\[
\begin{array}{l}
H_{0}: \square \\
H_{1}: \square
\end{array}
\]
\begin{tabular}{|ccc}
\hline\( \mu \) & \( \bar{x} \) & \( p \) \\
\( \hat{\rho} \) & \( \sigma \) & \( s \) \\
\( \square^{\square} \) & & \( \square<\square \) \\
\( \square \leq \square \) & \( \square>\square \) & \( \square \geq \square \) \\
\( \square=\square \) & \( \square \neq \square \) & \\
\( \times \) & & 5
\end{tabular}
Continue
Submit Assignment

ALEXS
ALExS Login intormation [R:
ALEKS - Nathan Sanctez - B
N. Ace N Tutar from Numerade
Weldin (a othes)=
Pern state Transle.
1. M Gmal.
3.8. The ingact cote
Precaleutus Funct.
Exam 23
Question 2 of 10(6 points ) Ouestion Attempt: 1 of 1
Time Romaining: 250.02
Nathan
=1
2
3
4
5
6
7
8
9
10
Espahol
The records of a casualty insurance company show that, in the past, its clients have had a mean of 1.9 auto accidents per day with a standard deviation of 0.06 . The ac?uaries of the company claim that the standard deviation of the number of accidents per day is no longer equal to 0.06 . Suppose that we want to carry out a hypothesis test to see if there is support for the actuaries' claim. State the null hypothesis H0 and the alternative hypothesls H/, that we would use for this test.

H0: □

H1: □

μ x̅ p

ρ̂ σ s

□^□ □<□

□≤□ □>□ □≥□

□=□ □≠□

× 5

Continue
Submit Assignment

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