Question

You arrive at a bus stop at 10 o’clock knowing that the bus arrives at the...

You arrive at a bus stop at 10 o’clock knowing that the bus arrives at the stop at some time uniformly distribution between 9:55 and 10:10. What is the probability that you will be board the bus within 2 minutes of your arrivals?

Math   Statistics-And-Probability   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

the bus arrives at the stop at some time uniformly distribution between 9:55 and 10:10

An interval of 15 minutes

Someone arrive at 10 o' clock

probability that you will be board the bus within 2 minutes of your arrivals =

probability that you will be board the bus within 2 minutes of your arrivals =

probability that you will be board the bus within 2 minutes of your arrivals = 0.1333

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Alice takes the bus to school. The bus is scheduled to arrive at a bus stop...
Alice takes the bus to school. The bus is scheduled to arrive at a bus stop at 9:30am. In reality, the time the bus arrives is uniformly distributed between 9:28am and 9:40am. Let ? be the number of minutes it takes, starting from 9:28 am, for the bus to arrive to the bus stop. Then ? is uniformly distributed between 0 and 12 minutes. (a) If Alice arrives at the bus stop at exactly 9:33 am, what is the probability...
A passenger arrives at a bus stop at 10am and waits for a bus that arrives...
A passenger arrives at a bus stop at 10am and waits for a bus that arrives at a time uniformly distributed between 10am and 10:30am. (a) What is the probability that the passenger waits more than 10 minutes? (b) What is the expected wait time? (c) What is the variance in wait time?
Suppose buses arrive at 10:10 and 10:30 and you arrive at the bus stop randomly between...
Suppose buses arrive at 10:10 and 10:30 and you arrive at the bus stop randomly between 10:00 and 10:30 Let A be the amount of time in minutes between when you arrive. please Find CDF(Cumulative Distribution Functio) and PDF (probability density function) for A.
You arrive at a bus stop, ready to catch your bus: a line that advertises arrivals...
You arrive at a bus stop, ready to catch your bus: a line that advertises arrivals every 10 minutes. You glance at your watch and note the time and when the bus finally comes 11 minutes later, you wonder why you always seem to be so unlucky. What is the actual average waiting time in this situation? Explain your answer.
4.) SWA university provides bus service to students while they are on campus. A bus arrives...
4.) SWA university provides bus service to students while they are on campus. A bus arrives at the North main Street and College Drive stop every 30 minutes between 6am and 11am during weekdays. Students arrive at the bus stop at random times. A time that a student waits is uniformly distributed from 0 to 30 minutes. What is the probability a student will wait between 10 and 20 minutes? Please show work using Excel.
I arrive at a bus stop at a time that is normally distributed with mean 07:59...
I arrive at a bus stop at a time that is normally distributed with mean 07:59 and SD 1.5 minutes. My bus arrives at the stop at an independent normally distributed time with mean 08:03 a.m. and SD 2 minutes. The bus remains at the stop for 1 minute and then leaves. What is the chance that I miss the bus?
Suppose that buses are scheduled to arrive at a bus stop at noon but are always...
Suppose that buses are scheduled to arrive at a bus stop at noon but are always X minutes late, where X is an exponential random variable. Suppose that you arrive at the bus stop precisely at noon. (a) Compute the probability that you have to wait for more than five minutes for the bus to arrive. (b) Suppose that you have already waiting for 10 minutes. Compute the probability that you have to wait an additional five minutes or more.
The actual arrival time of the scheduled 10:20 a.m. bus at the alpine and Broadway stop...
The actual arrival time of the scheduled 10:20 a.m. bus at the alpine and Broadway stop is a uniformly distributed random variable ranging from 10:18 to 10:23. (a) What is the average arrival time of the 10:20 a.m. bus? (b) The standard deviation? (c) What is the probability that the bus is early? (d) What is the probability that the bus arrives between 10:19 and 10:21 a.m.?
Suppose that at a particular bus stop, Brown buses arrive according to a Poisson process with...
Suppose that at a particular bus stop, Brown buses arrive according to a Poisson process with a constant rate of 3 per hour. The travel time on the Brown bus to your class is 7 minutes. (The Brown bus drops you off at your class.).  When you approach the bus stop, you see that you have just missed a Blue bus. Class starts in 20 minutes and it is exam day so you want to get to class as soon as...
A passenger arrives at a bus stop(poisson distribution, lamda = 1min) and waits for a bus....
A passenger arrives at a bus stop(poisson distribution, lamda = 1min) and waits for a bus. Every bus runs at 10 mins Intervals and all people who have waited for the bus board the bus. If a passenger waits 1 min, it costs 1,000 dollars. So, if a passenger waits 2mins, it costs 2,000 dollars. (1)What's the expected cost per min? It's renewal reward process.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT