A hypothetical network has an end to end length of 1000 meters with a propagation speed of 2x108 m s, and a single store and forward switch which introduces a queuing delay of 2 5 S to transmissions in both directions The bandwidth of the link between transmitter and switch is 500 Mbps (500,000,000 bps) while the bandwidth of the link between switch and receiver is 200 Mbps (200,000,000 bps) The maximum frame size for transmission on this network is 5000 bits b) (2 pts) What is the one way (from one end to the other) propagation delay for the network (Assume this calculation does not include any queuing delays) 3) (8 pts) A hypothetical network has an end to end length of 1000 meters with a propagation speed of 2x108 m s, and a single store and forward switch which introduces a queuing delay of 2 5 us to transmissions in both directions The bandwidth of the link between transmitter and switch is 500 Mbps (500,000,000 bps) while the bandwidth of the link between switch and receiver is 200 Mbps (200,000,000 bps) The maximum frame size for transmission on this network is 5000 bits b) (2 pts) What is the one way (from one end to the other) propagation delay for the network (Assume this calculation does not include any queuing delays)

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A hypothetical network has an end to end length of 1000 meters with a propagation speed of 2x108 m/s, and a single store-and-forward switch which

A hypothetical network has an end to end length of 1000 meters with a propagation speed of 2x108 m/s, and a single store-and-forward switch which introduces a queuing delay of 2.5 S to transmissions in both directions. The bandwidth of the link between transmitter and switch is 500 Mbps (500,000,000 bps) while the bandwidth of the link between switch and receiver is 200 Mbps (200,000,000 bps). The maximum frame size for transmission on this network is 5000 bits.

b) (2 pts) What is the one way (from one end to the other) propagation delay for the network? (Assume this calculation does not include any queuing delays)

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3) (8 pts) A hypothetical network has an end to end length of 1000 meters with a propagation speed of 2x108 m/s, and a single store-and-forward switch which introduces a queuing delay of 2.5 us to transmissions in both directions. The bandwidth of the link between transmitter and switch is 500 Mbps (500,000,000 bps) while the bandwidth of the link between switch and receiver is 200 Mbps (200,000,000 bps). The maximum frame size for transmission on this network is 5000 bits. b) (2 pts) What is the one way (from one end to the other) propagation delay for the network? (Assume this calculation does not include any queuing delays)