Compute the end to end delay, delyend-to-end , for transporting 2 MB over the network described below from point A to point B. Provided your answer using a minimum of 6 significant digits. Again, assume 1 byte = 8 bits and 1 KB = 1024 bytes. Show your work.

Point A ------------10 Mbps link------------Point B

Distance between Point A and Point B is 30 Kilometers; convert 30 Kilometers to meters and this is the value for DST

Given:

Again assume 1 byte = 8 bits; 1 KB = 1024 bytes; 1 MB = 1024 KB; 1 GB = 1024 MB,

Mbps represents a million bits per second

S represents propagation speed; rounded value of the speed of light

S=300 million meters/second

Assume delayprocessing = 0

Let DST = distance to travel in meters; a key component of propagation delay

delayprop = DST/S

delyend-to-end = + delaytrans + delayprop + delayprocessing