Question
Please answer all the question. I will rate you. Question 1) According to motor vehicle bureau statistics, 25% of all male drivers are under 30
Please answer all the question. I will rate you.
Question 1)
According to motor vehicle bureau statistics, 25% of all male drivers are under 30 years old. Separate statistics indicate that 16% of male drivers under age 30 have received a ticket for speeding, whereas only 10% of male drivers who are at least 30 years old have gotten such a ticket. If a male driver ticketed for speeding is selected at random from the agency's records, what is the chance that he is under 30 years old?
Age of | Speeding | |||||||||
Male Driver | Ticket? | |||||||||
Yes | Path A | Speeding ticket, given male driver under 30 | ||||||||
Under 30 | ||||||||||
No | Path B | No speeding ticket, given male driver under 30 | ||||||||
Yes | Path C | Speeding ticket, given male driver at least 30 | ||||||||
At least 30 | ||||||||||
No | Path D | No speeding ticket, given male driver at least 30 |
What is the compound probability associated with Path A? [COMMENTS & HINTS: Express the probability precisely without insignificant digits, using the percent symbol.]
Question 2)
According to motor vehicle bureau statistics, 25% of all male drivers are under 30 years old. Separate statistics indicate that 16% of male drivers under age 30 have received a ticket for speeding, whereas only 10% of male drivers who are at least 30 years old have gotten such a ticket. If a male driver ticketed for speeding is selected at random from the agency's records, what is the chance that he is under 30 years old?
Age of | Speeding | |||||||||
Male Driver | Ticket? | |||||||||
Yes | Path A | Speeding ticket, given male driver under 30 | ||||||||
Under 30 | ||||||||||
No | Path B | No speeding ticket, given male driver under 30 | ||||||||
Yes | Path C | Speeding ticket, given male driver at least 30 | ||||||||
At least 30 | ||||||||||
No | Path D | No speeding ticket, given male driver at least 30 |
What is the compound probability associated with Path B? [COMMENTS & HINTS: Express the probability precisely without insignificant digits, using the percent symbol.]
Question 3)
According to motor vehicle bureau statistics, 25% of all male drivers are under 30 years old. Separate statistics indicate that 16% of male drivers under age 30 have received a ticket for speeding, whereas only 10% of male drivers who are at least 30 years old have gotten such a ticket. If a male driver ticketed for speeding is selected at random from the agency's records, what is the chance that he is under 30 years old?
Age of | Speeding | |||||||||
Male Driver | Ticket? | |||||||||
Yes | Path A | Speeding ticket, given male driver under 30 | ||||||||
Under 30 | ||||||||||
No | Path B | No speeding ticket, given male driver under 30 | ||||||||
Yes | Path C | Speeding ticket, given male driver at least 30 | ||||||||
At least 30 | ||||||||||
No | Path D | No speeding ticket, given male driver at least 30 |
What is the compound probability associated with Path C? [COMMENTS & HINTS: Express the probability precisely without insignificant digits, using the percent symbol.]
Question 4)
According to motor vehicle bureau statistics, 25% of all male drivers are under 30 years old. Separate statistics indicate that 16% of male drivers under age 30 have received a ticket for speeding, whereas only 10% of male drivers who are at least 30 years old have gotten such a ticket. If a male driver ticketed for speeding is selected at random from the agency's records, what is the chance that he is under 30 years old?
Age of | Speeding | |||||||||
Male Driver | Ticket? | |||||||||
Yes | Path A | Speeding ticket, given male driver under 30 | ||||||||
Under 30 | ||||||||||
No | Path B | No speeding ticket, given male driver under 30 | ||||||||
Yes | Path C | Speeding ticket, given male driver at least 30 | ||||||||
At least 30 | ||||||||||
No | Path D | No speeding ticket, given male driver at least 30 |
What is the compound probability associated with Path D? [COMMENTS & HINTS: Express the probability precisely without insignificant digits, using the percent symbol.]
Question 5)
According to motor vehicle bureau statistics, 25% of all male drivers are under 30 years old. Separate statistics indicate that 16% of male drivers under age 30 have received a ticket for speeding, whereas only 10% of male drivers who are at least 30 years old have gotten such a ticket. If a male driver ticketed for speeding is selected at random from the agency's records, what is the chance that he is under 30 years old?
Age of | Speeding | |||||||||
Male Driver | Ticket? | |||||||||
Yes | Path A | Speeding ticket, given male driver under 30 | ||||||||
Under 30 | ||||||||||
No | Path B | No speeding ticket, given male driver under 30 | ||||||||
Yes | Path C | Speeding ticket, given male driver at least 30 | ||||||||
At least 30 | ||||||||||
No | Path D | No speeding ticket, given male driver at least 30 | ||||||||
Which question summarizes the goal for the posterior probability for this context? Answer wich option from belo
a) What is the probability a male driver is at least 30years of age,given that he gets a speeding ticket? | ||
b) What is the probability a male driver is atleast30years of age,given that he does notget a speeding ticket? | ||
c) What is the probability a male driver is under30years of age,given that he does notget a speeding ticket? | ||
d) What is the probability a male driver is under30years of age,given that he gets a speeding ticket? |
Question 6)
According to motor vehicle bureau statistics, 25% of all male drivers are under 30 years old. Separate statistics indicate that 16% of male drivers under age 30 have received a ticket for speeding, whereas only 10% of male drivers who are at least 30 years old have gotten such a ticket. If a male driver ticketed for speeding is selected at random from the agency's records, what is the chance that he is under 30 years old?
Age of | Speeding | |||||||||
Male Driver | Ticket? | |||||||||
Yes | Path A | Speeding ticket, given male driver under 30 | ||||||||
Under 30 | ||||||||||
No | Path B | No speeding ticket, given male driver under 30 | ||||||||
Yes | Path C | Speeding ticket, given male driver at least 30 | ||||||||
At least 30 | ||||||||||
No | Path D | No speeding ticket, given male driver at least 30 |
What is the final answer to the goal question? [COMMENTS & HINTS: Express the probability rounded to two decimal places if necessary, using the percent symbol.]
QUESTION 7
Martha drives three different intercity bus routes during the week. She spends 45% of her work time driving on the #56 local service route, 35% of her work time driving the #34 local service line, and 20% of her work time driving the #87 express service route. She knows from past experience that the likelihood that she will get stuck in a traffic jam on each line is about 60%, 50% and 90%, respectively. If she checks in with a dispatcher to advise that she is indeed stuck in a traffic delay, what is the chance that she is currently driving her bus along the #87 route?
How many branches or pathways would a tree diagram representing this problem context have?
2 | ||
4 | ||
6 | ||
8 |
Answer with the correct option: a) 2 b )4 c)6 d)8
Question 8)
Martha drives three different intercity bus routes during the week. She spends 45% of her work time driving on the #56 local service route, 35% of her work time driving the #34 local service line, and 20% of her work time driving the #87 express service route. She knows from past experience that the likelihood that she will get stuck in a traffic jam on each line is about 60%, 50% and 90%, respectively. If she checks in with a dispatcher to advise that she is indeed stuck in a traffic delay, what is the chance that she is currently driving her bus along the #87 route? [COMMENTS & HINTS:Express the answer precisely without insignificant digits,using a percent symbol. A terminating decimal is anticipated!]
QUESTION 9)
Ex4 The Student Activities Office at Saint Patrick's College has historically found that the following data describes the participation rates of undergraduates in intramural sports.
Undergraduate Class | Percentage of Student Population | Percentage of Participants in Intramural Athletics |
First-Years/Freshmen | 40% | 10% |
Sophomores | 30% | 20% |
Juniors | 20% | 30% |
Seniors | 10% | 40% |
What is the chance that an undergraduate student selected at random who plays intramural athletics is a senior?
Step by Step Solution
There are 3 Steps involved in it
Step: 1
Get Instant Access to Expert-Tailored Solutions
See step-by-step solutions with expert insights and AI powered tools for academic success
Step: 2
Step: 3
Ace Your Homework with AI
Get the answers you need in no time with our AI-driven, step-by-step assistance
Get Started