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At least one-half of an airplane's engines are required to function in order for it to operate. I each engine independently functions with probability p, for what values of p is a 4-engine plane more likely to operate than a 2-engine plane?

At least one-half of an airplane's engines are required to function in order for it to operate. I each engine independently functions with probability p, for what values of p is a 4-engine plane more likely to operate than a 2-engine plane?

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At least one-half of an airplane's engines are required to function in order for it to operate. If each engine independently functions with probability p, for what values of p is a 4-engine plane more likely to operate than a 2-engine plane?
Transcribed Image Text:At least one-half of an airplane's engines are required to function in order for it to operate. If each engine independently functions with probability p, for what values of p is a 4-engine plane more likely to operate than a 2-engine plane?
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