Please show me how to calculate the final answer thank you so much What is the throughput
Question:
Please show me how to calculate the final answer thank you so much What is the throughput of a network that can send 2000 frames/sec carrying approximately 10,000 bits per frame? (a.) 2Mbps; (b.) 20 Mbps; (c.) 200 Mbps; (d.) 2000 Mbps. What is the efficiency of this network if its bandwidth is 100 Mbps? (a.) 10% ; (b.) 80 %; (c.) 40%; (d.) 20%
A data communication has the following delays computed as follows: Transmission delay is 2 second, propagation delay is 10 micros second, processing delay is 1 millisecond, queuing delay is 100 microsecond, what is the total delay? (a.) 2.111 sec; (b.) 2.0111 sec; (c.) 2.00111 sec; (d.) 2.000111 sec; (e) 2.0000111 sec
Given a data communication system with bandwidth of 80 Mbps, its throughput is 40 Mbps. Its utilization is:(a.) 5%; (b.) 10%; (c.) 20%; (d.) 50%; (e.) 80%
A given network was deployed and was used for one year. In its logbook was written that it was down in February 5 and was repaired for 3 days. Then, it went down again in April 1 and September 10 of the same year and was repaired for 2 days and 1 day respectively. Compute the mean time to repair (MTTR) for this system. (a.) 1; (b.) 2; (c.) 3; (d.) 4
A given network was deployed and was used for its first year. In its logbook was written that it was down in February 5 and was repaired for 20days. Then, it went down again in April 1 and September 10 of the same year and was repaired for 10 and 8 days respectively. Compute it meant time before failure (MTBF) for this year. (a.) 10.4% of the year; (b.) 89.6% of the year; (c.) 12.67 days (d.) 109 days
A given network was deployed and was used for its first year. In its logbook was written that it was down in February 5 and was repaired for 20days. Then, it went down again in April 1 and September 10 of the same year and was repaired for 10 and 6.5 days respectively. Compute the approximate availability of this system for this year. (a.) 10%; (b.) 45%; (c.) 90%; (d.) 95%
Given system A, what is its availability given the availability of its components: (a.) 0.06; (b.) 0.14; (c.) 0.49; (d.) 0.91; (e.) 1.4
Expert Answer:
