x 750 x 10 x 2 28050000 Miami 2810 x 750 x 10 x 2 42150000 Montgomery 450 x 750

# X 750 x 10 x 2 28050000 miami 2810 x 750 x 10 x 2

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x 750 x 10 x 2 28,050,000 Miami 2810 x 750 x 10 x 2 42,150,000 Montgomery 450 x 750 x 10 x 2 6,750,000 New Orleans 2120 x 750 x 10 x 2 31,800,000
Orlando 2750 x 750 x 10 x 2 41,250,000 St. Louise 990 x 750 x 10 x 2 14,850,000 Tampa 3190 x 750 x 10 x 2 47,850,000 Washington 490 x 750 x 10 x 2 7,350,000 b. How many minutes will it take for each city’s modem to transfer its invoices? Use the bits per day calculated in question 2 and assume that the V.34 modems transmit at an average rate of 28,800 bps. City (a) Bits/ day a/ (28800x60) (b) Minutes Atlanta 63,150,000 a/ (28800x60) 36.55 Chicago 37,800,000 a/ (28800x60) 21.88 Dallas 73,500,000 a/ (28800x60) 42.53 Denver 17,250,000 a/ (28800x60) 9.98 Houston 30,150,000 a/ (28800x60) 17.45 Jackson 21,900,000 a/ (28800x60) 12.67 Jacksonville 21,150,000 a/ (28800x60) 12.24 LA 11,550,000 a/ (28800x60) 6.68 Memphis 28,050,000 a/ (28800x60) 16.23 Miami 42,150,000 a/ (28800x60) 24.39 Montgomery 6,750,000 a/ (28800x60) 3.91 New Orleans 31,800,000 a/ (28800x60) 18.40 Orlando 41,250,000 a/ (28800x60) 23.87 St. Louise 14,850,000 a/ (28800x60) 8.59 Tampa 47,850,000 a/ (28800x60) 27.69 Washington 7,350,000 a/ (28800x60) 4.25 c. Previously, you calculated the transmission time in minutes per day, based on a 28,800- bps modem and 10 bits per character. Now calculate the file transfer time for Atlanta to transfer all of its invoices to Tampa at the end of the workday. Why is the answer different from the time calculated for Atlanta previously. - 4210 packages x 750 x 10= 31,575,000/28800= 1096.35/60 seconds= 18.27. - This is basically half of 36.55 that we got earlier because we did not multiply by 2. (Since we are not going back and forth from origin to destination twice). d. Could all the NDAS offices transmit their invoices to Tampa between 5:00pm and 6:00pm each evening? How would they achieve this goal? - It is highly doubtful that these could be done considering we don’t know at which rate the modem would be working. 4.Would it be better to transmit all invoice information from the origin to Tampa and for Tampato send the information to the destination? Why? 5. With the addition of a network that can handle voice, video, and data, what other uses and benefits can NDAS derive from the new network?
- So many more! Examples include videoconferencing (something the president showed great interest in before), teleconferencing, and live training!