As a network engineer, you could be tasked with designing and managing your organisations network that spans over a large geographic area. Answer the following question based on the scenario given as follows: Scenario 1: An NMS connected to an ethernet (10-Mbps) LAN Is monitoring a network comprising routers, hubs, and workstations. There are 25,000 nodes in the network to monitor. It sends an SNMP query to each station once a minute and receives a response when the stations are up. Assume that an average frame size is 2,000 bytes long for get-request and response messages. a. What is the maximum traffic load on the LAN that has the NMS in Scenario 1? b. Can this network handle the NMS traffic calculated in question 3a? if yes or no why? C. Can this network handle the NMS traffic calculated in question 3a if the network was enabled with a 100 Mbps fast ethernet channel? Why? Scenario 2: Exactly the same network description as given in Scenario 1 except for the fact that the network is now subdivided in to twenty-five (25) subnets evenly. Each subnet is monitored by one RMON configured to detect a failure within one minute. d. Design a heartbeat monitoring system, using RMONS, that indicates any failure to the NMS within a minute of a failure. Show your sketch. e. What is the monitoring load on each subnet in Scenario 2 ? f. Is there an advantage to using RMONs in Scenario 2 over the network in Scenario 1? Explain.