Can you help me with this question Professor? You are waiting for a bus to take you home. There are two buses you can take to get home: red buses arrive at an average rate of 4 per hour, and blue buses arrive at a rate of 5 per hour. You always take whichever bus comes first.determine [a] what is the average time you wait before catching a bus
the answer to the last question needs a table or does one have to calculate from 26 down to 0? of course that cant be done but is that the general rule for answering such a question?
One does need to calculate each of the probabilities from 0 to 26. This is where a language like R can be helpful. The ppois function calculates this quantity.
First 3 are good and the last one is the best, interesting and entertaining. Cleared all doubts. Thank you sir.
Can you help me with this question Professor? You are waiting for a bus to take you home. There are two buses you can take to get home: red buses arrive at an average rate of 4 per hour, and blue buses arrive at a rate of 5 per hour. You always take whichever bus comes first.determine [a] what is the average time you wait before catching a bus
Thank you for explain this.
thanks a lot sir.. you are a good teacher..
Part d is really interesting. Thank you so much professor.
Clear and helfpul explanation! Thank you!
thank you so much professor for the clear explanation
thanks so much :) was totally lost before watching this
the answer to the last question needs a table or does one have to calculate from 26 down to 0? of course that cant be done but is that the general rule for answering such a question?
One does need to calculate each of the probabilities from 0 to 26. This is where a language like R can be helpful. The ppois function calculates this quantity.
The R statement is the code for Rstudio Rscript???
Can't you use the definition of conditional probability to solve part d)? if so, how would you do it? Ty
peru laye yelara vechrukkan
Yes, the nice memoryless property is playing the trick here.
I feel using conditional probability may be done, but not at all required due to the memory loss property of Poisson distribution.
thanks sir