Question 10 In which of the following situations does Little's Law not hold for a given queueing system? when /> 1 when arrivals are deterministic when service times are uniformly distributed when the PASTA property fails to apply Question 11 Which of the following is not true of an M/M/1 queueing system after it reaches equilibrium? the PASTA property applies to arrivals = over a period of time, the number of customers entering and leaving the system are the same the expected service time (E(T )) is equal to 1 Question 10 In which of the following situations does Little's Law not hold for a given queueing system? when /> 1 when arrivals are deterministic when service times are uniformly distributed when the PASTA property fails to apply Question 11 Which of the following is not true of an M/M/1 queueing system after it reaches equilibrium? the PASTA property applies to arrivals = over a period of time, the number of customers entering and leaving the system are the same the expected service time (E(T )) is equal to 1