The level of nitrogen oxides (NOX) and nonmethane organic gas (NMOG) in the exhaust over the useful life (150,000 miles of driving) of cars of a particular model varies Normally with mean 85 mg/mi and standard deviation 6 mg/mi. A company has 16cars of this model in its fleet.Using Table A, find the level ?such that the probability that the average NOX + NMOG level ?¯ for the fleet greater than ? is only 0.01 ? The level of nitrogen oxides (NOX) and nonmethane organic gas (NMOG) in the exhaust over the useful life (150,000miles of driving) of cars of a particular model varies Normally with mean 85 mg/mi and standard deviation 6 mg/mi. Acompany has 16 cars of this model in its fleet.Using Table A, find the level L such that the probability that the average NOX + NMOG level i for the fleet greater than Lis only 0.01?

Given Data: Mean (μ)=85 Standard deviation (σ)=6 Variance (σ2)=36 Sample size(n)=16 Let X be the…

Answered: he level of nitrogen oxides (NOX) and…

MATLAB: An Introduction with Applications

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ISBN:9781119256830

Author:Amos Gilat

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The level of nitrogen oxides (NOX) and nonmethane organic gas (NMOG) in the exhaust over the useful life (150,000 miles of driving) of cars of a particular model varies Normally with mean 85 mg/mi and standard deviation 6 mg/mi. A company has 16

cars of this model in its fleet.

Using Table A, find the level ?

such that the probability that the average NOX + NMOG level ?¯ for the fleet greater than ? is only 0.01 ?

The level of nitrogen oxides (NOX) and nonmethane organic gas (NMOG) in the exhaust over the useful life (150,000
miles of driving) of cars of a particular model varies Normally with mean 85 mg/mi and standard deviation 6 mg/mi. A
company has 16 cars of this model in its fleet.
Using Table A, find the level L such that the probability that the average NOX + NMOG level i for the fleet greater than L
is only 0.01?

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