deviation 1.6 ohms. Similarly, let X2,1, X2,2,...,X28 represent the vendor 2 observed resistances, which are assumed to be normally and independently distributed with mean 85 ohms and standard deviation of 1.8 ohms. What is the sampling distribution of X₁ X₂ ? What is the X₂ ? standard error of X₁ - - The sampling distribution of X₁ X₂ is N( MX₁-X₂ = ,0² x X₁-X₂ = ) (Round the second answer to four decimal places.) The standard error of X₁ - X₂ is i (Round your answer to three decimal places.) IT-IL JCI IN
deviation 1.6 ohms. Similarly, let X2,1, X2,2,...,X28 represent the vendor 2 observed resistances, which are assumed to be normally and independently distributed with mean 85 ohms and standard deviation of 1.8 ohms. What is the sampling distribution of X₁ X₂ ? What is the X₂ ? standard error of X₁ - - The sampling distribution of X₁ X₂ is N( MX₁-X₂ = ,0² x X₁-X₂ = ) (Round the second answer to four decimal places.) The standard error of X₁ - X₂ is i (Round your answer to three decimal places.) IT-IL JCI IN
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
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![deviation 1.6 ohms. Similarly, let
X2,1, X2.2,...,X28 represent the vendor 2
observed resistances, which are assumed to
be normally and independently distributed
with mean 85 ohms and standard deviation
of 1.8 ohms. What is the sampling
distribution of X₁
X₂ ? What is the
X₂ ?
standard error of X₁
-
The sampling distribution of X₁ X₂ is N(
MX₁-X₂ =
,0² x
X₁-X₂ =
) (Round the second answer to four decimal
places.)
The standard error of X₁ X₂ is
i
(Round your answer to three decimal places.)
IT.II
JCI](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbcbef974-bbb6-4c1a-bded-5f7edf6bae7b%2Ff12b1408-d544-476d-b388-ce38a32455fe%2Fril68ps_processed.jpeg&w=3840&q=75)
Transcribed Image Text:deviation 1.6 ohms. Similarly, let
X2,1, X2.2,...,X28 represent the vendor 2
observed resistances, which are assumed to
be normally and independently distributed
with mean 85 ohms and standard deviation
of 1.8 ohms. What is the sampling
distribution of X₁
X₂ ? What is the
X₂ ?
standard error of X₁
-
The sampling distribution of X₁ X₂ is N(
MX₁-X₂ =
,0² x
X₁-X₂ =
) (Round the second answer to four decimal
places.)
The standard error of X₁ X₂ is
i
(Round your answer to three decimal places.)
IT.II
JCI
![A procurement specialist has purchased 27
resistors from vendor 1 and 28 resistors
from vendor 2. Let X₁,1, X1,2,...,X27 represent
the vendor 1 observed resistances, which are
assumed to be normally and independently
distributed with mean 80 ohms and standard
deviation 1.6 ohms. Similarly, let
X2,1, X2,2,...,X28 represent the vendor 2
observed resistances, which are assumed to
be normally and independently distributed
with mean 85 ohms and standard deviation
of 1.8 ohms. What is the sampling
distribution of X₁ - X₂ ? What is the
standard error of X₁ - X₂ ?
The sampling distribution of X₁ X₂ is N(
MX₁-X₂ =
=
X₁-X₂
IM](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbcbef974-bbb6-4c1a-bded-5f7edf6bae7b%2Ff12b1408-d544-476d-b388-ce38a32455fe%2Fnpwxtlp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A procurement specialist has purchased 27
resistors from vendor 1 and 28 resistors
from vendor 2. Let X₁,1, X1,2,...,X27 represent
the vendor 1 observed resistances, which are
assumed to be normally and independently
distributed with mean 80 ohms and standard
deviation 1.6 ohms. Similarly, let
X2,1, X2,2,...,X28 represent the vendor 2
observed resistances, which are assumed to
be normally and independently distributed
with mean 85 ohms and standard deviation
of 1.8 ohms. What is the sampling
distribution of X₁ - X₂ ? What is the
standard error of X₁ - X₂ ?
The sampling distribution of X₁ X₂ is N(
MX₁-X₂ =
=
X₁-X₂
IM
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