Order 4x4 5x5... T (1) THE STYLE... Home | iCampus Bb Week 11 – MA... A ALEKS - Shasi... O CONFIDENCE INTERVALS AND HYPOTHESIS TESTING Confidence interval for the population standard.. OO OOO Shasia...


Order 4x4 5x5...<br>T (1) THE STYLE...<br>Home | iCampus<br>Bb Week 11 – MA...<br>A ALEKS - Shasi...<br>O CONFIDENCE INTERVALS AND HYPOTHESIS TESTING<br>Confidence interval for the population standard..<br>OO OOO<br>Shasia<br>The standard deviation of the daily demand for a product is an<br>important factor for inventory control for the product. Suppose that a<br>pharmacy wants to estimate the standard deviation of the daily demand<br>for a certain antibiotic. It is known that the daily demand for this<br>antibiotic follows an approximately normal distribution. A random<br>sample of 22 days has a sample mean of 120 orders for this antibiotic with<br>a standard deviation of 10.1 orders. Find a 90% confidence interval for the<br>population standard deviation of the daily demand for this antibiotic.<br>Then give its lower limit and upper limit.<br>Carry your intermediate computations to at least three decimal places.<br>Round your answers to at least two decimal places. (If necessary,<br>consult a list of formulas.)<br>Lower limit:|<br>Upper limit:I<br>Explanation<br>Check<br>Privete Accessibility<br>

Extracted text: Order 4x4 5x5... T (1) THE STYLE... Home | iCampus Bb Week 11 – MA... A ALEKS - Shasi... O CONFIDENCE INTERVALS AND HYPOTHESIS TESTING Confidence interval for the population standard.. OO OOO Shasia The standard deviation of the daily demand for a product is an important factor for inventory control for the product. Suppose that a pharmacy wants to estimate the standard deviation of the daily demand for a certain antibiotic. It is known that the daily demand for this antibiotic follows an approximately normal distribution. A random sample of 22 days has a sample mean of 120 orders for this antibiotic with a standard deviation of 10.1 orders. Find a 90% confidence interval for the population standard deviation of the daily demand for this antibiotic. Then give its lower limit and upper limit. Carry your intermediate computations to at least three decimal places. Round your answers to at least two decimal places. (If necessary, consult a list of formulas.) Lower limit:| Upper limit:I Explanation Check Privete Accessibility

Jun 09, 2022
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