The TCP/IP stack is responsible for the "chopping up" into packets of the data for transmission and for their acknowledgment. Depending on the transport protocol that is used (TCP or UDP) each packet will be <span>acknowledged or not, respectively.
</span><span>the strategy when the file is chopped up into packets, which are individually acknowledged by the receiver, but the file transfer as a whole is not acknowledged is OK in situations (Applications) that do not need the whole file to be sent, Web site for example: different parts of the web site can arrive in different times.
The other strategy, in which </span><span>the packets are not acknowledged individually, but the entire file is acknowledged when it arrives is suitable for FTP (mail transfer), we need whole mail, not parts of it. </span>
Answer:
It's good to consider this as a dictionary, with key-value pair, or as a two-dimensional array.
And in the first case, the code will be as below:
day_i={'Bob':'100', 'Alice':'100','Celia':'110','Bob':'200'}
for k, v in day_i.items():
print(k, v)
Explanation:
The above code reads through each day, and each customer purchase amount in the form of Dictionary, and prints each customer name and purchase amount. And with little enhancement, we can create each day data, and print details of the day, as being asked by the user.
Answer:
Style sheet.
Explanation:
A website is a collection of web pages. Web development tools are mainly HTML,CSS and JavaScript. They have their individual functions in structuring a web page.
JavaScript is a purpose object oriented programming language widely used in web page for writing scripts, aimed to make web pages interactive.
HTML is a mark-up language which provides a non-linear structuring approach to web page development.
CSS or cascaded style sheet is a tool used to design the element and layout of web pages on a device screen.
Answer:
In a <u>little endian computer</u> -The data's least substantial byte is put at the lower address byte. The remaining information will be put in memory in order in the next three bytes.
a)1234
4 is placed at the least significant bits,so this byte stored at lower memory address.
1 is placed at the most significant bits,so this byte stored at higher memory address.
b) ABFC
C is placed at the least significant bits,so this byte stored at lower memory address.
A is placed at the most significant bits,so this byte stored at higher memory address.
c) B100
0 is placed at the least significant bits,so this byte stored at lower memory address.
B is placed at the most significant bits,so this byte stored at higher memory address.
d) B800
0 is placed at the least significant bits,so this byte stored at lower memory address.
B is placed at the most significant bits,so this byte stored at higher memory address.
