Let's assume the total throughput between Abile and Lestine when all five communication channels are working properly is X Gb/s.
When we switch off the Abile-Seplate channel, the total throughput decreases by 11 Gb/s. This means that the throughput of the Abile-Seplate channel is 11 Gb/s.
When we switch off the Seplate-Lestine channel, the total throughput decreases by 37 Gb/s. This means that the throughput of the Seplate-Lestine channel is 37 Gb/s.
When we switch off the Abile-Quisbea channel, the total throughput decreases by 48 Gb/s. This means that the throughput of the Abile-Quisbea channel is 48 Gb/s.
When we switch off the Quisbea-Lestine channel, the total throughput decreases by 13 Gb/s. This means that the throughput of the Quisbea-Lestine channel is 13 Gb/s.
Finally, when we switch off the Seplate-Quisbea channel, the total throughput decreases by 39 Gb/s. This means that the throughput of the Seplate-Quisbea channel is 39 Gb/s.
To find the total throughput between Abile and Lestine when all five communication channels are working, we can add up the throughputs of all the channels:
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Let's assume the total throughput between Abile and Lestine when all five communication channels are working properly is X Gb/s.
When we switch off the Abile-Seplate channel, the total throughput decreases by 11 Gb/s. This means that the throughput of the Abile-Seplate channel is 11 Gb/s.
When we switch off the Seplate-Lestine channel, the total throughput decreases by 37 Gb/s. This means that the throughput of the Seplate-Lestine channel is 37 Gb/s.
When we switch off the Abile-Quisbea channel, the total throughput decreases by 48 Gb/s. This means that the throughput of the Abile-Quisbea channel is 48 Gb/s.
When we switch off the Quisbea-Lestine channel, the total throughput decreases by 13 Gb/s. This means that the throughput of the Quisbea-Lestine channel is 13 Gb/s.
Finally, when we switch off the Seplate-Quisbea channel, the total throughput decreases by 39 Gb/s. This means that the throughput of the Seplate-Quisbea channel is 39 Gb/s.
To find the total throughput between Abile and Lestine when all five communication channels are working, we can add up the throughputs of all the channels:
X = Throughput(Abile-Seplate) + Throughput(Seplate-Lestine) + Throughput(Abile-Quisbea) + Throughput(Quisbea-Lestine) + Throughput(Seplate-Quisbea)
X = 11 + 37 + 48 + 13 + 39
X = 148 Gb/s
Therefore, the total throughput between Abile and Lestine when all five communication channels are working properly is 148 Gb/s.