Answer:
Executing is the correct answer of the following question.
Explanation:
The ALU conducts data calculations, and is part of the system cycle execution process.Information and software engineering is the mechanism by which a software or digital machine conducts a computer program's instructions.The system instructions trigger patterns of basic acts at the performing computer.
Computer programs may be enacted in a cluster phase lacking direct human or a recipient-type instructions in an interpreter's collaborative process.
Answer:
ok!
Explanation:
Word is more for writing documents and letters, PowerPoint is used for presentations for a class work etc. Excel is a handy software that can be used to store and organize many data sets. Using its features and formulas, you can also use the tool to make sense of your data. For example, you could use a spreadsheet to track data and automatically see sums averages and totals.
Answer:
5G is being used currently in the U.S. It is definetly faster than 4G even proven when I did a speed test. It also works in more places in addition to being faster.
Explanation:
Answer:
Bike Frame Flow Time
The value-added percentage of the flow time for this bike frame is:
= 46.
Explanation:
a) Data and Calculations:
Bike Frame Flow Time:
Setup time = 7 hours
Processing time = 6 hours
Storage time = 7 hours
Flow time of the bike frame = 13 hours (7 + 6)
Value-added percentage of the flow time for this bike frame = 6/13 * 100
= 46%
b) Flow time represents the amount of time a bicycle frame spends in the manufacturing process from setup to end. It is called the total processing time. Unless there is one path through the process, the flow time equals the length of the longest process path. The storage time is not included in the flow time since it is not a manufacturing process.
Answer:
19.95
Explanation:
Power ratio (in db) = 10 * log [P(out)/P(in)]
Here, P(in) and P(out) correspond to input and output power in Watts respectively.
This implies, 13 db = 10 * log [P(out)/P(in)]
Rearranging, log [P(out)/P(in)] = (13/10)
Or, P(out)/P(in) = 10 ^ 1.3 = 19.95
But, P(out)/P(in) corresponds to the power ratio of output and input power.
So the required power ratio corresponds to 19.95
