I can think of the following reasons:
- Avoid magic numbers. The constant will have a descriptive name like "MAX_MEASUREMENTS" so it can be inferred what the array size really means.
- Avoid duplication. There could be some related code (e.g., code that checks if an index is within the array bounds) that can benefit from using the same constant. Then it makes sense to tie them together such that if you change the constant, you're actually changing all its occurrances.
- Central configuration. By placing all your constants in a centralized place in the code, it is clear to see where your configuration resides. This is easier than having magic numbers scattered throughout the code.
If you mean Excel formula sum(c5:c18) in cell c19 will show <span>c. the total of cells c5 to c18 will appear in cell c19. It's simple operation that simplyfies counting different values.</span>
<h2>Laptops and Tablets are cool, classic, and have a business-y vibe to them but Destop Computers are preferred because they're way more adaptable, have a lot of useful ports USB, SD, etc, and computer monitor vary a lot and anytime you want you can get one with lot's of RAM and Memory so that's very cool, and convenient of you're a businessman.</h2><h2>So what would I choose? I would probably choose A Laptop, but you know, it's business. :)</h2><h3>Good Luck on your Studies!</h3><h3>David Edward.</h3>
Answer:
The value of count after the code is executed is 0
Explanation:
According to the code initially the value of count is 10
while (count>0)
{
count=count-2
}
means 10>0 condition is true
count=10-2=8
Again 8>0 condition of while loop is again true
now count becomes=6
This process repeated untill the condition of while loop is true
and at last count becomes 0 the condition is false (0>0) so count becomes 0 after the code segment is executed
Those are referred to peripherals.
