Please, someone, solve it ASAP!

Seattle-Dublin ogden blin FIGURE 3-13 Traffic Table for Figure 3-12 The corresponding traffic table is shown in Figure 3-13. To make a traffic le, first note that there are three transmission links between sites to analyze. This eans that there will be three columns of data. In addition, there are now four sit so there are 4"(4-1)/2 possible combinations. This is six site pairs for traffic analysis. gure 3-13, the first two rows have been filled in. Your job is to fill in the rest of es In Fi the table Test Your Understanding 7. a) Complete the traffic table in Figure 3-13. b) In Figure 3-12, add 392 Mbps of traffic for Seattle-Ogden communication. Using a picture like the one in the figure, show your work. c) Do it again with a traffic table. d) In Figure 3-10, 8 8 remove the link between Q and R but add a link between Q and S. Using a pic- ture, calculate requirements, showing your work. (Do not add the 392 Mbps in Part a.) e) Now use a traffic table to do the calculations. f If you have 10 sites connected by seven transmission links, how many rows of traffic data will you have in your traffic table? g) How many columns? Reliability Through Redundancy Transmission lines sometimes fail, of course. The failure of even a single transmission g within a network Seattle-Dublin ogden blin FIGURE 3-13 Traffic Table for Figure 3-12 The corresponding traffic table is shown in Figure 3-13. To make a traffic le, first note that there are three transmission links between sites to analyze. This eans that there will be three columns of data. In addition, there are now four sit so there are 4"(4-1)/2 possible combinations. This is six site pairs for traffic analysis. gure 3-13, the first two rows have been filled in. Your job is to fill in the rest of es In Fi the table Test Your Understanding 7. a) Complete the traffic table in Figure 3-13. b) In Figure 3-12, add 392 Mbps of traffic for Seattle-Ogden communication. Using a picture like the one in the figure, show your work. c) Do it again with a traffic table. d) In Figure 3-10, 8 8 remove the link between Q and R but add a link between Q and S. Using a pic- ture, calculate requirements, showing your work. (Do not add the 392 Mbps in Part a.) e) Now use a traffic table to do the calculations. f If you have 10 sites connected by seven transmission links, how many rows of traffic data will you have in your traffic table? g) How many columns? Reliability Through Redundancy Transmission lines sometimes fail, of course. The failure of even a single transmission g within a network