Answer:
spooler
Explanation:
A print server uses a print spooler as a software holding area for jobs waiting to be printed.
.png are for photos and .exe are for programs.
Answer:
def calculate_storage(filesize):
block_size = 4096
full_blocks = filesize // block_size
partial_block = filesize % block_size
if partial_block > 0:
return (full_blocks + 1) * block_size
return filesize
print(calculate_storage(1))
print(calculate_storage(4096))
print(calculate_storage(4097))
Explanation:
The python program defines the function 'calculate_storage' that calculates the block storage used. It gets the number of blocks used to store the data by making a floor division to get the integer value, then it checks for remaining spaces in the block. If there are spaces left, it adds one to the full_blocks variable and returns the result of the multiplication of the full_blocks and block_size variables.
Answer:
no you should not force a cpu into its socket.
Explanation: on an intel platform the pins are on the motherboard, therefore if you force it in it will damage the pins on the motherboard, and on AMD the pins are on the cpu itself so you can damage the extremely fragile pins on it, you can not shock your cpu however like the other answer.
Answer:
501.
Explanation:
In Transmission Control Protocol (TCP), sending and receiving of data is done as byte. These bytes are eventually grouped into packets referred to as segment.
The sequence number of the segment if all data is sent in only one segment is the same as the first byte of that segment.
In this scenario, a user datagram connection is sending 500 bytes to a client and the first byte is numbered 501. Thus, if all data is sent in only one segment, the sequence number of the segment is 501. The 501 represents the initial segment number (ISN).
However, assuming the same data was sent in five (5) segments. The sequence number would be;
First segment (1st) = 501.
Second segment (2nd) = 1501.
Third segment (3rd) = 2501.
Fourth segment (4th) = 3501.
Fifth segment (5th) = 4501.
