Answer:
Option: Making a choice
Explanation:
In a problem solving process, it starts with defining a problem which is the first step that we need to identify the issue.
After that, we should gather the information on the issue that we identify. For example, we are root cause of the problem, what are the possible solutions etc.
Next, we evaluate the information that we collect (e.g. pro and cons of a particular solution).
Next, we make a choice on the solution that we are going to take after further evaluation on all the options we have.
Only after we make a choice, then we can take action based on our chosen solution to solve the problem.
Answer:
Program source code found in explaination
Explanation:
Recursive int function of the asked question.;
int productOfOdds(int array[],int length) {
int product=1;
if(length==0)
return -1;
else if(length==1) {
if(array[length-1]%2!=0)
return array[length-1];
else
return 1;
}
else {
product=productOfOdds(array,--length);
if(array[length]%2!=0) {
product=product*array[length];
}
}
return product;
}
Explanation:
Logical functions provide decision-making tools for information in a spreadsheet. They allow you to look at the contents of a cell, or to perform a calculation, and then test that result against a required figure or value.
Answer:
Goal-based decision making is goal generation together with goal-based planning
This decomposition of decision making in goal generation and planning raises several
questions, such as:
– How to represent beliefs? How to represent obligations? In this paper we represent
beliefs and obligations by rules, following the dominant tradition in deontic logic
(see e.g. [26,27]).
– How to develop a normative decision theory based on belief and obligation rules?
In this paper we introduce a qualitative decision theory, based on belief (B) and
obligation (O) rules.
Answer:
Convergence in the context of networking.
Explanation:
