with a 1) A mobile operator is serving to a population of 1.000.000 citizens subscriber penetration %80. Average call holding time for mobile to land subscribers is 100 seconds and average call/hour for mobile to land subscribers is 4. Average call holding time for land to mobile subscribers is 120 seconds and average call/hour for land to mobile subscribers is 3. Average call holding time for mobile to mobile subscribers is 150 seconds and average call/hour for mobile to mobile subscribers is 6. Traffic distribution for mobile to land subscribers %30, land to mobile %20, mobile to mobile %50. a) Calculate the traffic generated by the mobile to land calling subscribers. b) Calculate the traffic generated by land to mobile calling subscribers. c) Calculate the traffic generated by the mobile to mobile calling subscribers. d) Calculate the total carried traffic intensity. e) If each MSC can handle 3600 Erlang traffic, how many MSC's are required to handle the total traffic. with a 1) A mobile operator is serving to a population of 1.000.000 citizens subscriber penetration %80. Average call holding time for mobile to land subscribers is 100 seconds and average call/hour for mobile to land subscribers is 4. Average call holding time for land to mobile subscribers is 120 seconds and average call/hour for land to mobile subscribers is 3. Average call holding time for mobile to mobile subscribers is 150 seconds and average call/hour for mobile to mobile subscribers is 6. Traffic distribution for mobile to land subscribers %30, land to mobile %20, mobile to mobile %50. a) Calculate the traffic generated by the mobile to land calling subscribers. b) Calculate the traffic generated by land to mobile calling subscribers. c) Calculate the traffic generated by the mobile to mobile calling subscribers. d) Calculate the total carried traffic intensity. e) If each MSC can handle 3600 Erlang traffic, how many MSC's are required to handle the total traffic