Answer:
<h2>YEET B </h2>
Explanation:
Sorry
Its B: a type of what-if analysis that allows a user to define multiple variables for multiple functions or formulas
(i think)
Answer:
The last 2 point in the given question is the correct answer to the given question i.e
- an argument passed to the function in the correct positional order
- an argument wherein the number of arguments in the function call should match the definition of the function.
Explanation:
The required argument are those argument that are passing to the method the in the right location order.In the required argument the number of arguments in the call method must match the definition of the function .
For example
def fun( s ): #function definition
print(s) #display s
fun('er')#calling
In this example there is function fun() in which we pass the argument 'er' we call that function from main() .The control moves to the function definition it checks the number of argument in the calling function fun() is matched with the definition of function fun() and print 'er'.
All the other option are not describing the required argument that's why this is incorrect option .
Answer:
Virtual team
Explanation:
A virtual team is also known as a remote team, where every member of the team is working from different geographic locations. Usually, the communication channel is through voice/video conferencing or email.
Each member of the team is given unique roles and these roles are delivered optimally within the specified time frame.
For instance, Malcolm does not meet with other members of the team, yet they are working on a project (a smartphone app to track traffic patterns). Following standards that would have applied if they were working at a specific location.
Thanks to Information and Communication Technology (ICT), virtual jobs are on the increase, providing jobs to a lot of people not minding their geographic location.
Answer: Hello your question is poorly written attached below is the well written question
answer:
a) Determine ( compute ) the difference between the max and minimum value. determine the Min and max values using 1.5n comparisons
time efficiency = θ( n )
b) A(n-1) - A(0)
time efficiency = θ( 1 )
Explanation:
a) An unsorted array
To find the maximum and minimum values scan the array of elements , then determine ( compute ) the difference between the max and minimum value. to determine the range. Alternatively determine the Min and max values using 1.5n comparisons
Algorithm's time efficiency = θ( n )
b) A sorted array
To determine the range, we will determine the difference between the first and last element i.e. A(n-1) - A(0)
time efficiency = θ( 1 )
I would tell said individual to stop what they’re trying to tell me because if it’s not stuff I should know about or want to hear about then I don’t wanna hear any of it
