A production line operation is tested for filling weight accuracy using the following hypotheses. Нуpothesis Conclusion and Action Hoi ju = 16 Hi u + 16 The sample size is 30 and the population standard deviation is o = 0.8. Use a = .05. Filling okay; keep running Filling off standard; stop and adjust machine a. What would a Type II error mean in this situation? Concluding that the mean filling weight is 16 ounces when it actually isn't b. What is the probability of making a Type II error when the machine is overfilling by .5 ounces (to 4 decimals)? .0721 c. What is the power of the statistical test when the machine is overfilling by .5 ounces (to 4 decimals)? .9997

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Author:Amos Gilat
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A production line operation is tested for filling weight accuracy using the following hypotheses:

**Hypothesis**

- \( H_0: \mu = 16 \)
- \( H_a: \mu \neq 16 \)

**Conclusion and Action**

- Filling okay; keep running
- Filling off standard; stop and adjust machine

The sample size is 30 and the population standard deviation is \( \sigma = 0.8 \). Use \( \alpha = 0.05 \).

**a. What would a Type II error mean in this situation?**

- Concluding that the mean filling weight is 16 ounces when it actually isn't.

**b. What is the probability of making a Type II error when the machine is overfilling by 0.5 ounces (to 4 decimals)?**

- 0.0721

**c. What is the power of the statistical test when the machine is overfilling by 0.5 ounces (to 4 decimals)?**

- 0.9997
Transcribed Image Text:A production line operation is tested for filling weight accuracy using the following hypotheses: **Hypothesis** - \( H_0: \mu = 16 \) - \( H_a: \mu \neq 16 \) **Conclusion and Action** - Filling okay; keep running - Filling off standard; stop and adjust machine The sample size is 30 and the population standard deviation is \( \sigma = 0.8 \). Use \( \alpha = 0.05 \). **a. What would a Type II error mean in this situation?** - Concluding that the mean filling weight is 16 ounces when it actually isn't. **b. What is the probability of making a Type II error when the machine is overfilling by 0.5 ounces (to 4 decimals)?** - 0.0721 **c. What is the power of the statistical test when the machine is overfilling by 0.5 ounces (to 4 decimals)?** - 0.9997
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