The basic idea of fault tolerance through redundancy is to size the system so that there is at least one more unit than the minimum required to carry the load. Thus, if a load is 10 amperes, a fault tolerant redundant system might have three (3) 5 ampere units in parallel;one more than is needed, hence: N+1 redundancy. The failure of any one power module leaves sufficient power available to support the whole load.
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(because zero time 1= 0 plus 1)
Anything multiplied by 0 is 0, so all the ones before the 0 can be ignored. It is now 0+1 which equals 1.
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There are three main types of redundancy: hardware redundancy, software redundancy, and information redundancy. Hardware redundancy involves duplicating components to ensure continued operation in case of failure. Software redundancy involves using multiple software modules to perform the same function for fault tolerance. Information redundancy involves storing multiple copies of the same information for backup purposes.
1 is for transmit and 1 is for redundancy
RAID level 1
Do 5 sets of 8 pull ups, 5 sets of 50 push ups, 5 sets of curls(weight varies) and 5 sets of 60 sit ups. Switch work outs... For an example do1 set of 8 pull ups and wait a minute then do 1 set of 50 push ups.
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sit ups, run the track(1/4 of a mile), and the plank. Hope this answers your question.
It is 35.
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