A manufacturing unit required to complete an order of 24 units of digital watches in 4 days. The assembly line can produce 6 watches in 4 days with 6 workers. Assume that the assembly line allows the...


A manufacturing unit required to complete an order of 24 units of digital watches in 4 days. The<br>assembly line can produce 6 watches in 4 days with 6 workers. Assume that the assembly line<br>allows the number of worker to work simultaneously. Compute the minimum number of workers<br>required to produce the 24 units in the given time. For division use unsigned binary division<br>restoring algorithm. For multiplication use booths multiplication algorithm.<br>

Extracted text: A manufacturing unit required to complete an order of 24 units of digital watches in 4 days. The assembly line can produce 6 watches in 4 days with 6 workers. Assume that the assembly line allows the number of worker to work simultaneously. Compute the minimum number of workers required to produce the 24 units in the given time. For division use unsigned binary division restoring algorithm. For multiplication use booths multiplication algorithm.

Jun 05, 2022
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