The random variable X, representing the number of errors per 100 lines of software code, has...

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The random variable X, representing the number of errors per 100 lines of software code, has the following probability distribution. 3 0.3 X f(x) 2 0.01 The variance is 4 0.4 5 0.04 Use the following theorem to determine the variance of the random variable X. The variance of a random variable X is o² = E(x²) – µ². 6 0.25 (Round to two decimal places as needed.) The random variable X, representing the number of errors per 100 lines of software code, has the following probability distribution. 3 0.3 X f(x) 2 0.01 The variance is 4 0.4 5 0.04 Use the following theorem to determine the variance of the random variable X. The variance of a random variable X is o² = E(x²) – µ². 6 0.25 (Round to two decimal places as needed.)

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