Answer:
Product layout
Explanation:
In configuration of facilities, the four layouts used are the process, product, cellular and fixed-position layouts.In process layout, operations that have similar functions are placed together. Example is a machine shop in manufacturing scenario.Product layouts are applied where there is repetitive assembly and processes.For example in flow shops where large volume of products are produced in a short time. Products that are very large or too heavy use fixed position layouts.Example is ship building or dam construction which require on-spot job performing.Cellular layouts is an equipment layout that will ease the process of cellular manufacturing.For example in group technology, parts of similar designed are identified to be grouped with processes that have similar characteristics to avoid re-arranging of layouts.
Answer:
True
Explanation:
While programming in most programming languages, one will have need to use functions and variables defined in other class libraries. in C++, these functions and variables' definitions are contained in Header files, which can be imported and used into any C++ program by using the pre-processor #include statement. This statement is the equivalent of import in java and copy in other languages. Popular header files are the Maths class (Allows use of maths functions like power, square roots exponentiation etc), the input/output (allows usage of cout print statement and cin input statement)
<h2>Hey there!</h2>
<h3>Printer is an output device. </h3>
<h2>Explanation:</h2>
<h3>CD - We insert CD,so it is an input device.</h3>
<h3>Hard Drive - It is responsible for the memory of the computer, so it also an input device. </h3>
<h3>Joystick - It is used to play games on a computer, it inputs instructions through which a game/games can be played. So,it an input device.</h3>
<h3>Printer - It is used to print out the hard copies from a computer,like pages etc..</h3>
<h2>Hence, the correct option will be </h2>
<h3>D. printer </h3>
<h2>Hope it helps </h2>
1.) Over 3,000 corporations, charity groups, and government agencies reported data breaches. The majority of the accounts were exposed due to deliberate hacking, which accounted for 40% of the 5,000 occurrences.
2.) It drops By 20% within the 4 years. It goes at a steady pace then drops.
3.) It's a lot simpler. Everything, including databases, is now connected to the internet. This makes it much easier for anyone with the right skill set to access this data from anywhere in the world, with very little equipment or personnel, which is why data breaches caused by hackers are far more common than other types of incidents that would necessitate a lot more resources to access the same data.
4.) Another day, hackers claim responsibility for yet another big data leak. A hacker organization known as ShinyHunters said that it was auctioning 70 million sets of sensitive data reportedly obtained from AT&T only days after a breach at T-Mobile exposed roughly 53 million people's personal information. They are also interested in credit cards. If this trend continues, our social security and life will be jeopardized.
5.)Financial and payment systems have evolved over thousands of years, despite the fact that they are typically regarded of as new phenomenon. Over that time, the way transactions are carried out has changed dramatically, but the core goals have not. For instance, the economic tasks performed by Renaissance Italy's first modern banks are still relevant today.
Hope this helps took a while lol :)
Answer: Operate over existing telephone lines to carry voice, data, and video.
Explanation:
Digital subscriber line is a means of transferring high bandwidth data over a telephone line. Such data could be a voice call, graphics or video conferencing. DSL uses a user's existing land lines in a subscriber's home, allowing users to talk on a telephone line while also being connected to the Internet. In most cases, the DSL speed is a function of the distance between a user and a central station. The closer the station, the better its connectivity.
