Your TurnDraw a picture of the standard normal curve and shade the area that corresponds to the requestedprobabilities. Then use the standard normal table to find the following probabilities. Enter the probabilities asdecimals. Enter the final answer only.1. P(z > 1.38) = 0.0838(Check your drawing)%3D2. P(1.23 < z < 3.24) =x (Check your drawing)3. P(z < -0.42) = 0.3372v (Check your drawing)4. P(-2.64 < z < 1.67) = 0.9484v (Check your drawing)5. P(z < 3.04) = 0.9988v (Check your drawing)%3D6. P(0 < z < 2) =x (Check your drawing)7. P(z > -2.43) = 0.9925(Check your drawing)Standarcdizing RaA Scores to Find Probabilities

Name: Your TurnDraw a picture of the standard normal curve and shade the ar
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Description: Your TurnDraw a picture of the standard normal curve and shade the area that corresponds to the requestedprobabilities. Then use the standard normal table to find the following probabilities. Enter the probabilities asdecimals. Enter the final answe

We have given that the z-scores values. In each case, p-value is taken from standard normal table.

Math

Probability

Draw a picture of the standard normal curve and shade the area that corresponds to the requested probabilities. Then use the standard normal table to find the following probabilities. Enter the probabilities as decimals. Enter the final answer only. 1. P(z > 1.38) = 0.0838 (Check your drawing) 2. P(1.23 < z < 3.24) = x (Check your drawing) 3. P(z < -0.42) = 0.3372 v (Check your drawing) 4. P(-2.64 < z < 1.67) = 0.9484 (Check your drawing) 5. P(z < 3.04) = 0.9988 v (Check your drawing) 6. P(0 < z < 2) = x (Check your drawing) 7. P(z > -2.43) = (Check your drawing) 0.9925

Draw a picture of the standard normal curve and shade the area that corresponds to the requested probabilities. Then use the standard normal table to find the following probabilities. Enter the probabilities as decimals. Enter the final answer only. 1. P(z > 1.38) = 0.0838 (Check your drawing) 2. P(1.23 < z < 3.24) = x (Check your drawing) 3. P(z < -0.42) = 0.3372 v (Check your drawing) 4. P(-2.64 < z < 1.67) = 0.9484 (Check your drawing) 5. P(z < 3.04) = 0.9988 v (Check your drawing) 6. P(0 < z < 2) = x (Check your drawing) 7. P(z > -2.43) = (Check your drawing) 0.9925

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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