Derive the expected time a customer waits in the queue in an M=G=1 queue in which...

Derive the expected time a customer waits in the queue in an M=G=1 queue in which customers are served using the Last Come First Served service discipline.

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keosha answered 1 week ago

Consider an Erlang service system (M / Ek / 1) in which no queue is allowed...

Consider an Erlang service system (M / Ek / 1) in which no queue is allowed to form. Let n = the number of stages of service left in the system, and let pn be the equilibrium probability of being in state n. (a) Write flow balance equations. (b) Find an expression for pn, n = 0, 1, ..., k (c) Find the probability of a busy system.

In the M/M/1 system, derive P0 by equating the rate at which customers arrive with the...

In the M/M/1 system, derive P0 by equating the rate at which customers arrive with the rate at which they depart

Derive equation Vb=M/m*sqrt2gRcm(1-cos)

Discuss the relationship between the M/M/1 queue and the situation described in problem 9 of homework...

Discuss the relationship between the M/M/1 queue and the situation described in problem 9 of homework 3. What similarities are there between arrival processes in these two examples? What about similarities in service-time distribution? Compute the stationary distribution of the Markov chain obtained in problem 9 of homework 3 under the assumption that p < q. Explain the significance of this assumption. problem 9 of homework 3 Suppose customers can arrive to a service station at times n = 0,...

Derive the expression for the time averaged heating in the metal in which AC current of...

Derive the expression for the time averaged heating in the metal in which AC current of frequency ω flows – use the expression for the AC conductivity and P= ⋅EJ relation for instant power

Show the formula for Lq for an M/G/1 system simplifies to the formula for an M/M/1...

Show the formula for Lq for an M/G/1 system simplifies to the formula for an M/M/1 when G is exponential distribution (G=M)

1. A single-server queueing system has an average service time of 16 minutes per customer, which...

1. A single-server queueing system has an average service time of 16 minutes per customer, which is exponentially distributed. The manager is thinking of converting to a system with a constant service time of 16 minutes. The arrival rate will remain the same. The effect will be to: increase the utilization factor. decrease the utilization factor. decrease the average time in the system. Increase the average time in the system. not have any effect since the service time is unchanged....

Derive the Dirac gamma matrices for 2-space dimensions and 1-time dimension.

WG G 1 M 2 M 7 F 4 M 12 F 2 M 1 M...

WG G 1 M 2 M 7 F 4 M 12 F 2 M 1 M 10 F 1 M 2 M 3 M 1 M 1 M 2 M 1 M Assume that : The first column is the weight gain of the people in the quarantine in the first week in kilogram (WG) . The second column is describing the gender whether it was male or female (G) . Q: Is there any statistical evidence that the...

1)The data below were collected for the following reaction: CH3Cl(g)+3Cl2(g)→CCl4(g)+3HCl(g) [CH3Cl](M) [Cl2](M) Initial Rate (M/s) 0.050...

1)The data below were collected for the following reaction: CH3Cl(g)+3Cl2(g)→CCl4(g)+3HCl(g) [CH3Cl](M) [Cl2](M) Initial Rate (M/s) 0.050 0.050 0.014 0.100 0.050 0.029 0.100 0.100 0.041 0.200 0.200 0.115 A Calculate the value of the rate constant, k. Express your answer using two significant figures. B What is the overall order of the reaction? Express your answer using two significant figures. 2) t (s) [A] (M) ln[A] 1/[A] 0.00 0.500 −0.693 2.00 20.0 0.389 −0.944 2.57 40.0 0.303 −1.19 3.30 60.0 0.236...

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