IMG 8830 (1 page)EditedSearch11 iA device tests whether each blinker on a car is functioning properly. A company estimates that P.8% of blinkers that they produce are defective. Thedevice is 98% accurate for blinkers that are functioning properly and 96% accurate for blinkers that are defective.randomly selected blinker. What is the probability that the test result is correct? Round your answer to the nearest tenth.use the device to test aThe probability that the test result is correct is about%PREV9 10...11121314NEXT >12 of 14 answeredMacBook ProescSearch e

Name: IMG 8830 (1 page)EditedSearch11 iA device tests whether each blinker
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Description: IMG 8830 (1 page)EditedSearch11 iA device tests whether each blinker on a car is functioning properly. A company estimates that P.8% of blinkers that they produce are defective. Thedevice is 98% accurate for blinkers that are functioning properly an

Given Data: P(defective)=0.028 P( non-defective)=1-0.028=0.972

Math

Probability

A device tests whether each blinker on a car is functioning properly. A company estimates that 2.8% of blinkers that they produce are defective. The device is 98% accurate for blinkers that are functioning properly and 96% accurate for blinkers that are defective. You use the device to test a randomly selected blinker. What is the probability that the test result is correct? Round your answer to the nearest tenth. The probability that the test result is correct is about %

A device tests whether each blinker on a car is functioning properly. A company estimates that 2.8% of blinkers that they produce are defective. The device is 98% accurate for blinkers that are functioning properly and 96% accurate for blinkers that are defective. You use the device to test a randomly selected blinker. What is the probability that the test result is correct? Round your answer to the nearest tenth. The probability that the test result is correct is about %

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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