Answer:
I would say that if she is connected to the server and has grained access to the server, Wendy would have to use the command shortkey win+r (to run) or she could just use the "Type here to search" function.
Then you can type the words "cmd" to bring up the command prompt
Lastly, she would need to use the protocol scp to transfer files. Wendy might need to include a destination for the files to be directed to.
Answer:
3 million
Explanation:
According to my research on information technology, I can say that based on the information provided within the question the top speed of a neural impulse is about 3 million times slower than the speed of electricity through the wired circuitry in a computer. Neurons have been calculated as firing roughly 200 times per second, while a computer processing unit processes at about 600 million instructions per second.
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
True because if you were to bold a text, you have presented that the following text is more important or exemplified.
First four tasks = 8 seconds
Next four tasks = 8 seconds
Last two tasks = 8 seconds
The total number of seconds to perform all tasks is 24 seconds.
The throughput, which would be the number of tasks per second, is calculated by taking the number of tasks and dividing by the number of seconds:
10 tasks / 24 seconds = 5/12 or 0.4167 tasks per second
Answer:
The first automatic digital computer has been designed by the English mathematician and inventor Charles Babbage. Babbage developed the Analytical Engine Plans for the mid-1830s.
Explanation:
- Babbage has developed the concept of a digital, programmable computer and was a mathematician, philosopher, inventor, and mechanical engineer.
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Some regard Babbage as a "computer father"
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The inventing of its first mechanical computer, the difference engine, is attributable to Babbage, which eventually resulted in more complex electronic designs, although Babbage's Analytical Engine is the main source of ideas for modern computers. He was described as the "prime" among the numerous polymaths of his century by his varied work in another field.
