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The average sentence length in 2018-2019 for all Canadian offenders admitted with a sex offence as their major admitting offence was u = 42 months. Suppose these sentence lengths are normally distributed with a population standard deviation = 5 months. For parts (a), (b) round your z-values to 2-decimal places. For parts (a), (b) express your probabilities in decimal form rounded to 4 decimal places (i.e. 0.0003 instead of 0.0300%) (a) What is the probability that a sex offender was sentenced to less than 47 months? Enter the z-value for your calculation here: Enter the probability that a sex offender was sentenced to less than 47 months here: (b) What is the probability that a sex offender was sentenced to between 35 and 49 months? For part (c), round your z-value to 3-decimal places and the serving time to 2 decimal places. (c) What is the serving time (months) of the shortest 2.56% sentence lengths? Enter the z-value for your calculation here:

The average sentence length in 2018-2019 for all Canadian offenders admitted with a sex offence as their major admitting offence was u = 42 months. Suppose these sentence lengths are normally distributed with a population standard deviation = 5 months. For parts (a), (b) round your z-values to 2-decimal places. For parts (a), (b) express your probabilities in decimal form rounded to 4 decimal places (i.e. 0.0003 instead of 0.0300%) (a) What is the probability that a sex offender was sentenced to less than 47 months? Enter the z-value for your calculation here: Enter the probability that a sex offender was sentenced to less than 47 months here: (b) What is the probability that a sex offender was sentenced to between 35 and 49 months? For part (c), round your z-value to 3-decimal places and the serving time to 2 decimal places. (c) What is the serving time (months) of the shortest 2.56% sentence lengths? Enter the z-value for your calculation here:

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Enter the serving time (months) of the shortest 2.56% sentence lengths: Next Question Image 2
Transcribed Image Text:Enter the serving time (months) of the shortest 2.56% sentence lengths: Next Question Image 2
The average sentence length in 2018-2019 for all Canadian offenders admitted with a sex offence as their major admitting offence was u 42 months. Suppose these sentence lengths are normally distributed with a population standard deviation = 5 months. For parts (a), (b) round your z-values to 2-decimal places. For parts (a), (b) express your probabilities in decimal form rounded to 4 decimal places (i.e. 0.0003 instead of 0.0300%) (a) What is the probability that a sex offender was sentenced to less than 47 months? Enter the z-value for your calculation here: Enter the probability that a sex offender was sentenced to less than 47 months here: (b) What is the probability that a sex offender was sentenced to between 35 and 49 months? For part (c), round your z-value to 3-decimal places and the serving time to 2 decimal places. (c) What is the serving time (months) of the shortest 2.56% sentence lengths? Enter the z-value for your calculation here: Image 1
Transcribed Image Text:The average sentence length in 2018-2019 for all Canadian offenders admitted with a sex offence as their major admitting offence was u 42 months. Suppose these sentence lengths are normally distributed with a population standard deviation = 5 months. For parts (a), (b) round your z-values to 2-decimal places. For parts (a), (b) express your probabilities in decimal form rounded to 4 decimal places (i.e. 0.0003 instead of 0.0300%) (a) What is the probability that a sex offender was sentenced to less than 47 months? Enter the z-value for your calculation here: Enter the probability that a sex offender was sentenced to less than 47 months here: (b) What is the probability that a sex offender was sentenced to between 35 and 49 months? For part (c), round your z-value to 3-decimal places and the serving time to 2 decimal places. (c) What is the serving time (months) of the shortest 2.56% sentence lengths? Enter the z-value for your calculation here: Image 1
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