Answer:
Business Intelligence
Explanation:
The approach uses tools to access & analyze data sets and present analytical findings in reports, summaries, dashboards, maps, charts and graphs to provide users with detailed intelligence about the state of the business.
Business intelligence uses softwares and services to convert data into actionable insights that inform an organization’s strategic and tactical business decisions.
Answer:
The output is 28
Explanation:
Required
Determine the output of the code segment
The first line initializes "answer" to 0
The next two lines iterate through lists [2,4] and [3,5
Each of these lists have two elements; So, the number of iterations is 2 * 2 i.e. 4.
In the first iteration
numA = 2, numB = 3, answer = 0
So:
In the second iteration
numA = 2, numB = 5, answer = 5
So:
In the third iteration
numA = 4, numB = 3, answer = 12
So:
In the fourth iteration
numA = 4, numB = 5, answer = 19
So:
Lastly, the value of "answer" is printed
<em>Hence, the output is 28</em>
Answer:The original choice to write apply_fg so that it accepts function arguments is a good one, because it increases interoperability. When the callable arguments to apply_fg use a single protocol, we can easily exchange them: #include <functional> float log2(float); int a = apply_fg(5.Of, int b = apply_fg(3.14f,
Explanation:
<span>Financial transactions were one of the first purposes of computers. This is where "ticker tapes" came from; early computers were used to keep track of how stocks were performing. Computers in early days used large mainframe systems and punch cards to keep track of this type of data.</span>
