Assume two computers are connected together by two Access Switches. The PCs are exchanging information with each other. Both PC's use a 100Mbps Ethernet (Cat5) cable to connect to their neighboring switch. The two switches connect directly to each other using 1Gbps Fiber Optic cable. The distance between the PCs and their directly attached switches is 70m. The distance between the two switches is 550m. The Source PC transmits a Jumbo-Frame, that is 4KB in length. At the time the source PC transmits the jumbo-frame, the first switch already holds 10 frames, each 1.5KB in length, to be transmitted to the second frame. The queued frames will leave the second switch out an alternate path, and not occupy the Ethernet cable to the Destination. Calculate the Total Nodal Delay of the 4KB Jumbo-Frame. Assume two computers are connected together by two Access Switches. The PCs are exchanging information with each other. Both PC's use a 100Mbps Ethernet (Cat5) cable to connect to their neighboring switch. The two switches connect directly to each other using 1Gbps Fiber Optic cable. The distance between the PCs and their directly attached switches is 70m. The distance between the two switches is 550m. The Source PC transmits a Jumbo-Frame, that is 4KB in length. At the time the source PC transmits the jumbo-frame, the first switch already holds 10 frames, each 1.5KB in length, to be transmitted to the second frame. The queued frames will leave the second switch out an alternate path, and not occupy the Ethernet cable to the Destination. Calculate the Total Nodal Delay of the 4KB Jumbo-Frame