To determine the worst-case scenario while calculating the bandwidth of a digital signal, we need to identify the longest consecutive sequence of 1s or 0s in the given group of answer choices.

Looking at the group of answer choices: 1111111111000000000011001100111010101010

We can see that the longest consecutive sequence of 1s is 10, and the longest consecutive sequence of 0s is 8.

Therefore, the worst-case scenario for calculating the bandwidth of this digital signal would be when there are 10 consecutive 1s or 8 consecutive 0s.

Question

To determine the worst-case scenario while calculating the bandwidth of a digital signal, we need to identify the longest consecutive sequence of 1s or 0s in the given group of answer choices.

Looking at the group of answer choices: 1111111111000000000011001100111010101010

We can see that the longest consecutive sequence of 1s is 10, and the longest consecutive sequence of 0s is 8.

Therefore, the worst-case scenario for calculating the bandwidth of this digital signal would be when there are 10 consecutive 1s or 8 consecutive 0s.

Knowee AI · Accepted Answer

To determine the worst-case scenario while calculating the bandwidth of a digital signal, we need to identify the longest consecutive sequence of 1s or 0s in the given group of answer choices.

Looking at the group of answer choices: 1111111111000000000011001100111010101010

We can see that the longest consecutive sequence of 1s is 10, and the longest consecutive sequence of 0s is 8.

Therefore, the worst-case scenario for calculating the bandwidth of this digital signal would be when there are 10 consecutive 1s or 8 consecutive 0s.

which of these is consider as worst case scenario while calulating bandwidth of digital signalGroup of answer choices1111111111000000000011001100111010101010

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which of these is consider as worst case scenario while calculating bandwidth of digital signal

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