You are given 1 or 2 z-score(s) and need to shade the area (-probability) corresponding to: P(z > 0.4). Click on the "Shade" menu to select the shading option corresponding to the question [to the left, to the right, or between 2 values]. Then slide the arrow to the appropriate z-score. Shade: Left of a value 8. Click and drag the arrows to adjust the values. -1.5 (b) Part 2: you are given an area (-probability), and you need to compute c, which is the z-score that corresponds to the statement: P(- c
You are given 1 or 2 z-score(s) and need to shade the area (-probability) corresponding to: P(z > 0.4). Click on the "Shade" menu to select the shading option corresponding to the question [to the left, to the right, or between 2 values]. Then slide the arrow to the appropriate z-score. Shade: Left of a value 8. Click and drag the arrows to adjust the values. -1.5 (b) Part 2: you are given an area (-probability), and you need to compute c, which is the z-score that corresponds to the statement: P(- c
Big Ideas Math A Bridge To Success Algebra 1: Student Edition 2015
1st Edition
ISBN:9781680331141
Author:HOUGHTON MIFFLIN HARCOURT
Publisher:HOUGHTON MIFFLIN HARCOURT
Chapter11: Data Analysis And Displays
Section: Chapter Questions
Problem 8CT
Related questions
Question
![(a) The graph shows a Standard Normal Distribution.
You are given 1 or 2 z-score(s) and need to shade the area (-probability) corresponding to:
P(z > 0.4).
Click on the "Shade" menu to select the shading option corresponding to the question [to the left, to the right,
or between 2 values].
Then slide the arrow to the appropriate z-score.
Shade: Left of a value
8. Click and drag the arrows to adjust the values.
2
3
-1.5
(b) Part 2: you are given an area (-probability), and you need to compute c, whích is the z-score that
corresponds to the statement:
P(- c<z< c) = 0.2
(This is an inverse standard normal distribution problem.
Use technology to compute c)
The arrow can only be dragged to tick marks that are multiples of 0.1
So, round c to 1 decimal place, and then move the arrow to that rounded value.
Click on the "Shade" menu to select the shading option corresponding to the question [to the left, to the right,
or between 2 values].
(If the question is less c, choose Left of a value.
If it greater than c, choose right of a value.)
Then slide the arrow to the round value of c.
Shade: Left of a value
8. Click and drag the arrows to adjust the values.
-1.5](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa371e171-97f1-48b2-ae04-43a6b0b51641%2F5f87841c-b816-4943-8099-3e2a41c2acd6%2Fkwj1b9d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(a) The graph shows a Standard Normal Distribution.
You are given 1 or 2 z-score(s) and need to shade the area (-probability) corresponding to:
P(z > 0.4).
Click on the "Shade" menu to select the shading option corresponding to the question [to the left, to the right,
or between 2 values].
Then slide the arrow to the appropriate z-score.
Shade: Left of a value
8. Click and drag the arrows to adjust the values.
2
3
-1.5
(b) Part 2: you are given an area (-probability), and you need to compute c, whích is the z-score that
corresponds to the statement:
P(- c<z< c) = 0.2
(This is an inverse standard normal distribution problem.
Use technology to compute c)
The arrow can only be dragged to tick marks that are multiples of 0.1
So, round c to 1 decimal place, and then move the arrow to that rounded value.
Click on the "Shade" menu to select the shading option corresponding to the question [to the left, to the right,
or between 2 values].
(If the question is less c, choose Left of a value.
If it greater than c, choose right of a value.)
Then slide the arrow to the round value of c.
Shade: Left of a value
8. Click and drag the arrows to adjust the values.
-1.5
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