Answer:
b. mkdir -p ~/2019projects/project/projectplans
Explanation:
mkdir command in Linux environment is used to create a new directory. This command is used to create a folder to store the information in organized manners.
-p is used to create a parent folder in the directory. If we want to start a new project or want to store information about some new topic we will create a new folder for that purpose. So, -p is used to create a new folder in directory.
In above mentioned case, this is the first project that Mindy started in 2019, so she should create a parent directory of 2019 to save all projects details that she worked in 2019. So she should use -p with mkdir command to make 2019 as a parent folder.
User 2.0 is most likely to: use the Internet for social connection.
<h3>What is User 2.0?</h3>
User 2.0 which is an aspect of Web 2.0 defines the latest form of the internet that allows users to interact with each other. This form of the internet is easy to use and requires participation by users.
So, a possible feature of User 2.0 will be the ability to use the internet for socialization.
Learn more about User 2.0 here:
brainly.com/question/3913924
Enge extrapolated this analysis across the 2.2 billion<span> users on Google and concluded that while the “active profiles” on Google+ amount to </span>111 million<span> users, only 6.7 million users have 50 or more posts ever, and only 3.5 million have 50 or more posts in the last 30 days</span>
The planning process helps to: Identify the goals of the farm business (what you want to accomplish); Identify the farm's inventory and resources (what you have to work with); Assess the farm business and the environment in which it operates (where you are and where you may want to go);
Answer:
//variable integer_list to hold a list of integers
DECLARE integer_list
ASSIGN values to integer_list
//variable sum to hold the sum of the elements in the list
DECLARE sum
ASSIGN zero to sum
//loop through the integer_list and sum all it's elements together.
for(int i=0; i<integer_list.size(); i++){
sum += interger_list.get(i)
}
//Show the result of the addition from the for loop
DISPLAY "The sum is " + sum
Explanation:
The above code uses some hypothetical programming language syntax. The second and third lines declare an arbitrary integer list and assign a set of values to it respectively.
The fifth line declares a variable "sum" which will hold the result of summing all the elements in the list. The sixth line initializes "sum" to zero.
The for loop shown iterates through the integer list cumulatively summing its elements.
The result is displayed as written on line 12.
Hope it helps!
