Answer/Explanation:
The role of memory in a computer system is to remember the date you have searched on it or websites you've visited or photos you've taken. This is called the memory drive. Memory drives are very important imagine spending your whole life on this video game and you finally finished your game! Well without the memory drive you'd have to start that game all over again.
Because of the memory drive we can save our data in our devices. Memory drive is used in every device that we use in modern day. Memory drives are important for computers to work properly. Did you know the reason we have fans or holes in the bottom of our computer is to cool the drives down in our computer?
It's because they get overheated cause they work on your computer constantly. Computers are very complex and high tech so it helps to make things into small drives. Memory is important for the survival of tech, computers. We use memory every day in different ways wether its our computers or our devices or our heads.
<u><em>~ LadyBrain</em></u>
Answer:
Page under the Numbering category
NumPages under the Document Information category
is the correct answer to the given question.
Explanation:
Following are the points that are mention below that the Joann wanted to insert the page number at the footer of the page of the document with the help of field option .
- The Page section of the category numbering is insert the page number in the bottom of the page .
- NumPages in the category option of the Document Information is insert the page number in the bottom of the page .
- All the other option are not relating to insert the page that's why it is incorrect option .
The name of the domain controller database that Windows Server 2016 uses to store data about user access and resources on the network is Active Directory.
This Microsoft product manages permissions and access to networked resources. The main service in Active Directory is Domain Services (AD DS), which stores directory information and handles the interaction of the user with the domain.
Answer:
System calls = 500000
Explanation:
Instructions that a computer can execute = 1 billion instructions/sec
Instructions that a system call takes including the trap and context switching = 1000 instructions
When half of the CPU time is on application, n system calls can be executed in 1 second.
Therefore we'll get an equation as following.
1000 * n = 0.5 * 1000000000
n = 0.5 * 1000000000 / 1000
n = 500000
System calls = 500000
