In a digital communication channel, assume that the number of bits received in erro can be modelled by a binomial random variable and assume that the probability that a bit is received in error is 1x10-5. If 16 million bits are transmitted, (a) find the probability that 150 or fewer errors occur. (b) approximate the probability that 150 or fewer error occur. (Hints: Use Norma approximation to Binomial)

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In a digital communication channel, assume that the number of bits received in error
can be modelled by a binomial random variable and assume that the probability that
a bit is received in error is 1x10-5. If 16 million bits are transmitted,
(a) find the probability that 150 or fewer errors occur.
(b) approximate the probability that 150 or fewer error occur. (Hints: Use Normal
approximation to Binomial)
Transcribed Image Text:In a digital communication channel, assume that the number of bits received in error can be modelled by a binomial random variable and assume that the probability that a bit is received in error is 1x10-5. If 16 million bits are transmitted, (a) find the probability that 150 or fewer errors occur. (b) approximate the probability that 150 or fewer error occur. (Hints: Use Normal approximation to Binomial)
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