Answer:
All the mention codes are correct.
Explanation:
In the task1, a "name" variable is declared, that store a string, and in the next step, the built-in method "title, lower and upper" is defined, in which the title method capitalized the first character of the given word in each sentence, upper method change each character into upper case and the lower method changes each character into lower case.
In task2, a message variable is declared, that holds a string value in which the count method is used that counts the space character value.
In task3, a string value is used in the message variable, which uses a replace method to change the given string value.
In task3, a response variable is declared that uses an input method for input a string value, and inside the print method, len method is used that counts each input character number.
Answer:
The missing word is <em>backing store.</em>
Explanation:
A backing store is a device for secondary storage of data that typically has greater capacity than the primary store but is slower to access.
A process must be loaded into memory in order to execute.
If there is not enough memory available to keep all running processes in memory at the same time, then some processes who are not currently using the CPU may have their memory swapped out to a fast local disk called the backing store.
The backing store may be the Hard Disk Drive or a Universal Serial Bus Drive. The backing store can sometimes be referred to as <em>virtual memory.</em>
This memory that appears to exist as main storage although most of it is supported by data held in secondary storage, transfer between the two being made automatically as required.
Cheers!
Answer:
Sign out of your Chromebook.
Press and hold Ctrl + Alt + Shift + r.
Select Restart.
In the box that appears, select Powerwash. Continue.
Follow the steps that appear and sign in with your Google Account. ...
Once you've reset your Chromebook:
Explanation:
Hope this helps. :)
<span>Using bipolar AMI encodin scheme, when a device transmits a binary 0, a zero voltage is transmitted. When the device transmits a binary 1, either a positive voltage or a negative voltage is transmitted. Correct answer:C
</span><span>Bipolar - AMI encoding scheme is unique encoding scheme, because has three voltage levels.</span>