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    Binomial Probabilities Calculations Solving

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    Answer the following:

    (A) Find the binomial probability P(x = 4), where n = 12 and p = 0.50.
    (B) Set up, without solving, the binomial probability P(x is at most 4) using probability notation.
    (C) How would you find the normal approximation to the binomial probability P(x = 4) in part A? Please show how you would calculate µ and Ï? in the formula for the normal approximation to the binomial, and show the final formula you would use without going through all the calculations.

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    please see attached

    Answer the following:
    (A) Find the binomial probability P(x = 4), where n = 12 and p = 0.50.
    (B) Set up, without solving, the binomial probability P(x is at most 4) using probability notation.
    (C) How would you find the normal approximation to the binomial ...

    Solution Summary

    Binomial probabilities calculations are examined.

    $2.49

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