Queuing Model 2 ( M/M/1): ( N/ FCFS) [ Formulae and Numericals] in Hindi by BeingGourav.com

In this video we will learn queuing theory model 2 single server finite queue model in hindi in easy way.
( M/M/1): ( N/ FCFS)
Properties of Model 2
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Arrival follow Poisson Distribution
Service time follow exponential Distribution
Single server
finite capacity of the system
service on first come and first serve basis
mean arrival rate is less than mean service rate
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Playlist Of Operation Research
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[@pranavindulkar9822]

The best video explained on youtube for finite number queing model

[@explorerspoint6885]

Thanks sir waiting for this video so long...

[@Badgujarneha]

Thank you sir for best explanation😊

[@GouravManjrekar]

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[@sweetyAs9262]

Aap bahut hi aachha padhaye ho sir

[@anitamavi8553]

Hello sir..!! There is some mistake in the effective arrival rate formula that is lemda=u(1-po) ..
Pn ni hoga ..

[@sufiedits5764]

Thank you Sir superb

[@ankitmishra697]

Thank you so much sir ❤️

[@GouravManjrekar]

Most welcome

[@117mdnooralam6]

Thank u sir for making helping video

[@roshanchhettri8659]

hello sir i have a question
Is effective lamba not applied when calculating traffic intensity only?

[@sweetyAs9262]

Tq so much sir

[@prodhani2705]

Thank you ...

[@GouravManjrekar]

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[@nitishbhardwaj03]

Thanks sir

[@GouravManjrekar]

keep watching
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[@varshagoswami3729]

Thankyou sir

[@GouravManjrekar]

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Also share our video with your friends also 😊
Operations Research All Video: th-cam.com/play/PLRNL7AjA6rjzgVP-u0z62R2dRUjjwwTz5.html

[@madhurikale6679]

Sir aapne sirf 2 hi models par video banaye hai, aur models pe bhi banaye pleasr

[@GouravManjrekar]

Uploading soon

[@manjoydas1455]

What if rho=1? the denominators will be 0 in that case

[@harshitadegwekar8270]

Sir model 1 and model 2 mein question kaise pechanege???

[@aakashr1546]

according to the number of given customers. That means if number of customers is given then it belongs to model 2 i.e (M/M/1):(N/FCFS) where N is number of customers and if its not given then model 1 i.e (M/M/1):(∞/FCFS) for more details follow the Kendals notation of this video series u will get it. Thank You

[@kenyelite8574]

Sir reliability ke videos bhi bnao

[@pythonsm6147]

Shouldn't the capacity of the system be 14+1 = 15 since one customer will be getting the treatment while others wait?

[@aboutbollywood9458]

Yes you are right
But it happens.

[@iiyanaaslam4666]

Yeah..N=15

[@namitakumari2410]

Sir,what will be the answer of this question ?

[@namitakumari2410]

An owner of a petrol pump with single attendant wishes to perform a simulation of operation to see whether any improvement is possible. He studied the system and found that an average of 6 customers arrive for service with random arrivals times and form a queue ,and the attendant provides a service exactly 9 minutes .For simulating the arrivals times of customers ,he has selected 10 random numbers with expected length of interval equal to one as -
3.62, 1.78,1.84,1.31,1.27,0.14,1.71,0.77,0.97,1.32
Find
1. Total ideal time for the attendent
2. Total waiting time for the customer
3. Maximum queue length during the period
If the service time is reduced to 6 minute what is quality of service?