A new aircraft control system is being designed that must be 98.0​% reliable. This system consists of two components in series. If all two of the components are to have the same level of​ reliability, then the level of reliability required for each component​ = nothing​% ​(enter your response as a percentage rounded to two decimal​ places).

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Answer:

98.99%

Step-by-step explanation:

The combined reliability of both components must be 98%. Given that both components must be functional and have the same reliability 'r', the minimum value of 'r' that meets the system requirements is given by:

[tex]0.98 = r^2\\r=0.9899=98.99\%[/tex]

The level of reliability required for each component is 98.99%.

The level of reliability required for each component is 98.99%.

Given to us:

Reliability when the system consists of two components in series and has the same level of​ reliability,

[tex]{\rm Reliability\ of\ the\ system}, R_{final} = 0.98[/tex]

The components have the same level of​ reliability,

[tex]R_1= R_2[/tex]

The resultant reliability of two components is given by:

[tex]R_{final}=R_1 \times R_2 \times R_3 \times R_4\times .....[/tex]

The level of reliability required for each component (R),

[tex]R_{final}=R_1 \times R_2\\0.98=R_1 \times R_2\\0.98=R_1 \times R_1\\ R_1^2=0.98\\R_1=\sqrt{0.98}\\R_1=0.9899\\[/tex]

[tex]R_1[/tex] = 98.99%

Hence, the level of reliability required for each component is 98.99%.

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