#8 Distribution: Rhode Island Red Chicks The incubation time for Rhode Island Red chicks is normally distributed with a mean of 21 days and standard deviation of approximately 1 day. Look at figure 6.3 and answer the following questions. If 1000 eggs are being incubated, how many chicks do we expect will be hatched (a) in 19 to 23 days? (b) in 20to 22 days? (c) in 21 days or fewer? (d) in 18 to 24 days? (Assume all eggs eventually hatch.) Figure 6.3 shows that 68% of the outcomes lie within the interval defined by i± 1o, 95% lie within i+ 20, and 99.7% lie within ± 30.

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# Distribution: Rhode Island Red Chicks

The incubation time for Rhode Island Red chicks is normally distributed with a mean of 21 days and a standard deviation of approximately 1 day. Look at figure 6.3 and answer the following questions. If 1000 eggs are being incubated, how many chicks do we expect will be hatched:

(a) in 19 to 23 days?  
(b) in 20 to 22 days?  
(c) in 21 days or fewer?  
(d) in 18 to 24 days? (Assume all eggs eventually hatch.)

Figure 6.3 shows that 68% of the outcomes lie within the interval defined by \( \bar{x} \pm 1\sigma \), 95% lie within \( \bar{x} \pm 2\sigma \), and 99.7% lie within \( \bar{x} \pm 3\sigma \).

Use the following percentages to help answer the questions.
Transcribed Image Text:# Distribution: Rhode Island Red Chicks The incubation time for Rhode Island Red chicks is normally distributed with a mean of 21 days and a standard deviation of approximately 1 day. Look at figure 6.3 and answer the following questions. If 1000 eggs are being incubated, how many chicks do we expect will be hatched: (a) in 19 to 23 days? (b) in 20 to 22 days? (c) in 21 days or fewer? (d) in 18 to 24 days? (Assume all eggs eventually hatch.) Figure 6.3 shows that 68% of the outcomes lie within the interval defined by \( \bar{x} \pm 1\sigma \), 95% lie within \( \bar{x} \pm 2\sigma \), and 99.7% lie within \( \bar{x} \pm 3\sigma \). Use the following percentages to help answer the questions.
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