Answer:
It goes like:
public class Program
{
public static void main(String[] args)
{
int j=18;
int sum=0;
for (int i =1; i<7; i++)
{
sum=sum+(i*(j-2));
j=j-2;
}
System.out.println(sum);
}
}
Explanation:
<u>Variables used: </u>
j : controls the first number in product and decreases by 2 each time the loop runs.
sum: saves the values of addition as the loop runs.
Answer:
280
Explanation:
Average = (240 + 315 + 290 + 180 + 375) ÷ 5
= 1400 ÷ 5
= 280
Cheers
Answer:
The advantage of returning a structure type from a function when compared to returning a fundamental type is that
e. a and b only.
Explanation:
One advantage of returning a structure type from a function vis-a-vis returning a fundamental type is that the function can return multiple values. The second advantage is that the function can return can an object. This implies that a function in a structure type can be passed from one function to another.
Answer and Explanation:
In my view, there is no benefit to having several types of digital storage, but it would be helpful when there is only single SSD format of different sizes, therefore it would be very convenient for an individual to select storage memory and doesn't get frustrated although several choices contribute to uncertainty about what to purchase rather than what is better for the machine. So, only a single centralized memory and the only one that is deemed perfect for your device so far.
(a)...Yeah, then it'll be easier and even more efficient for individuals to have a single standard because there'd be only that standard and then no more ambiguity, although it is quicker or lighter and would have been sufficient to send.
(b)...No, I wouldn't be using the very same piece of hardware if I were considering multiple processing categories because I would require memory interface types for various functions, so those won't all require the very same memory, however, I would like various storage of various sizes and I'm using memory interface categories effectively.
