Terri Vogel, an amateur motorcycle racer, averages 129.93 seconds per 2.5 mile lap (in a 7 lap race) with a standard deviation of 2.26 seconds . The distribution of her race times is normally distributed. We are interested in one of her randomly selected laps. (Source: log book of Terri Vogel) Let X be the number of seconds for a randomly selected lap. Round all answers to 4 decimal places where possible. a. What is the distribution of X? X ~ N( b. Find the proportion of her laps that are completed between 130.33 and 131.68 seconds. c. The fastest 3% of laps are under seconds. d. The middle 40% of her laps are from seconds to seconds.

Terri Vogel, an amateur motorcycle racer, averages 129.93 seconds per 2.5 mile lap (in a 7 lap race) with a standard deviation of 2.26 seconds . The distribution of her race times is normally distributed. We are interested in one of her randomly selected laps. (Source: log book of Terri Vogel) Let X be the number of seconds for a randomly selected lap. Round all answers to 4 decimal places where possible. a. What is the distribution of X? X ~ N( b. Find the proportion of her laps that are completed between 130.33 and 131.68 seconds. c. The fastest 3% of laps are under seconds. d. The middle 40% of her laps are from seconds to seconds.

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**Terri Vogel, an amateur motorcycle racer, averages 129.93 seconds per 2.5 mile lap (in a 7 lap race) with a standard deviation of 2.26 seconds. The distribution of her race times is normally distributed. We are interested in one of her randomly selected laps. (Source: log book of Terri Vogel) Let X be the number of seconds for a randomly selected lap. Round all answers to 4 decimal places where possible.**

a. What is the distribution of X? X ~ N( ___ , ___ )

b. Find the proportion of her laps that are completed between 130.33 and 131.68 seconds. [ ________ ]

c. The fastest 3% of laps are under [ ________ ] seconds.

d. The middle 40% of her laps are from [ ________ ] seconds to [ ________ ] seconds.

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